TLC-219-060

INSTRUCTION MANUALDC MULTI METER
TLC-110HARDWARE MODEL A【Without backlight】
TLC-110L
HARDWARE MODEL D【White backlight】
Communication output

TLC-219-060

Thank you for purchasing DAIICHI ELECTRONICS product.
Please read this instruction manual carefully before using.

Safety precautions
 Environment conditions
Please be sure to use this product in a place that meets the following conditions.
In places that do not meet this condition, it may cause malfunction or failure and product life decline.
 Within the range of ambient temperature -10 to +55 ℃, humidity exceeding 85% RH.
 Place free of dust, corrosive gas, salt and oily smoke. (Corrosive gas：SO2 / H2S, etc.)
 Location that is not affected by vibration and shock.
 Location that is not affected by external noise.
 Altitude 1000m or less.
 Outdoor use conditions
 These products are not a dustproof, waterproof, and splash proof construction.
Please avoid the place with much dust. Moreover, please install in the place not exposed to rain or waterdrop.
 Please do not install in the place where sunlight hits directly.
Discoloration and degradation of a name plate, and deformation of the case by the surface temperature rise
may occur.
 Mounting and wiring
Please refer to this instruction manual for mounting and the wiring.
 Please refer to connection diagram for the wiring.
 Please avoid hot line work.
 Please use an electrical wire size suitable with the rated current.
 Please check the tightening of the screw.
 Please attach the terminal cover after work is completed
 Preparation
 When connecting this product directly to the main power supply, attach an appropriate fuse to the outside.
 This product must be set before use. Please set correctly after reading this instruction manual.
 About use
Be careful with the following cautions during use.
 Use the input within the rated range.
 Close the switch cover when the unit is not operated.
 This product has a function to hold the maximum and minimum values depending on the measurement element.
This value is guaranteed for power failure and is not cleared by a power reset.
However, if no input is applied when the power is turned on, the minimum value may be updated.
To keep the past minimum value when turning on the power, apply the input within 1 second after turningon the power.
 Be careful not to touch any terminal when power is applied to the unit.
 Don't disassemble or modify this unit without any previous permission of our company.
Modifications may cause troubles, a fire, or other accidents. For specifications change,
etc., please contact us.
 SettingThis product requires setting and confirmation such as unit display before use. In the case of use in the initial
setting, there is no need of setting and confirmation. If the setting is wrong, the measurement and output may
not work properly. Read the instruction manual before setting.
 About dew condensation
If the temperature and humidity of an installation change rapidly when a product is a non-energization, thewaterdrop by dew condensation may adhere to a display inner side. (The display filter and the LCD surface stickand the pattern of the shape of a circle or an ellipse occur.)This phenomenon does not cause any trouble. Disappears when control power is applied for 2 hours.

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 Maintenance and inspection
 Inspection in energized state is dangerous.
 Check that the measured values, scale, units, etc. are displayed correctly.
 Check that there is no discoloration of the LCD or damage to the case. Also check that there are noloose wiring or mounting screws.
 No replacement in periodic inspection.
 Please wipe off lightly with the dry soft cloth. Please do not use the organic solvent, chemicals, cleaners,
etc., such as an alcohol, for cleaning.
The LCD screen may light up during wiping, which is caused by static electricity on the filter.
If left for a while, it will discharge naturally and return to its original state.
Also, when pressing the filter, the filter may come into contact with the liquid crystal display surface,causing a round or elliptical pattern. Do not press the filter strongly.
 Storage
Please store in a place that meets the following conditions.
 Within the range of ambient temperature -20 to +70 ℃, humidity exceeding 5 to 90% RH.
 Daily average temperature 40 ℃ or less.
 Location corresponding to the usage environment and use conditions.
 Aluminum electrolytic capacitors are used in products. Please energize the power supply within one
year after purchase.
 Countermeasures against troubles
If trouble occurs within the warranty period, DAIICHI ELECTRONICS will repairs this product.
 Disposal
Please dispose this product as industrial waste (non-combustible).
Mercury parts and a nickel-cadmium battery are not used for this product.
 Warranty period
The warranty period of the product is one year after the date of delivery.
 Warranty scope
In the state of the normal use of product-specification within the range according to this instruction manual,
the trouble within the warranty period performs exchange or repair gratuitously.
However, the shipping expenses and the packing cost in the case of shipping obtain as payment on a customer.
And, if it corresponds to the next, it does not warrant.
 If it breaks down when converted or repaired except our company.
 Failures caused by violation of various conditions concerning use, storage, etc. specified by the Company.
 If the cause of trouble is based on cause other than this product.
 Transportation, movement, damage by falling, and trouble.
 Other cases where the supplier is not responsible, such as a natural disaster or disaster.
Only a product simplex is applied with a warranty. We cannot bear the responsibility such as the damage andthe loss that occurred by the use of this product and trouble or the loss of profits.
And, a warranty is effective only in Japan.
 Changes to the contents of the instruction manual
Please note that the contents of this instruction manual are subject to change without notice due to productimprovements.

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TLC-219-060

Content

1. Instructions on the product1.1 Application ･･･････････････････････････････････････････････････････････････

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1.2 Features ･･････････････････････････････････････････････････････････････････

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2. Names and functions of component parts ･･････････････････････････････････････

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3. Preparation
3.1 Mounting ･･････････････････････････････････････････････････････････････････

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3.2 Connections ･･･････････････････････････････････････････････････････････････

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3.2.1 Connection diagram ･････････････････････････････････････････････････････

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3.2.2 Cautions on connections ････････････････････････････････････････････････

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4. Operation ･･･････････････････････････････････････････････････････････････････

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5. Display ･････････････････････････････････････････････････････････････････････

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6. Setting
6.1 Function table and default setting ････････････････････････････････････････ 13
6.2 Example of setting function ･･･････････････････････････････････････････････ 16
6.3 Setting table ･････････････････････････････････････････････････････････････ 18
6.4 Measurement display-mode in detail explanation ････････････････････････････ 22
6.5 Setting detail explanatory ････････････････････････････････････････････････ 26
6.5.1 Setting mode 1 ･････････････････････････････････････････････････････････ 26
6.5.2 Setting mode 2 ･････････････････････････････････････････････････････････ 35
6.6 Integrated value (Wh) reset ･･･････････････････････････････････････････････ 46
6.7 About the scale of bar graph ･･････････････････････････････････････････････ 47
7. Specification
7.1 Specification code, Type ･･････････････････････････････････････････････････ 48
7.2 Specification ･････････････････････････････････････････････････････････････ 49
7.3 Performance ･･･････････････････････････････････････････････････････････････ 51
7.4 Option specifications ･････････････････････････････････････････････････････ 53
8. Trouble shooting ････････････････････････････････････････････････････････････ 54
Attached chart 1.

Bar graph scale division details.

Appendix table 1.

Power measurement scaling list.

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TLC-219-060

1. Instructions on the product1.1 Application
This product can measure the voltage (or current) of a DC circuit to 3 circuits.
The intensive monitor combined with the system by adding communication output to this product is possible.

1.2 Features 3 measurement can display simultaneously.
 This product has a scaling function that can set the full scale to any measurement value.
 From the measurement value of a DC current and DC voltage, it calculates a DC power (W) and the DC
electric energy (Wh), and can perform a display and an output.
 The withstand voltage between inputs and between inputs and outputs is 2000V.
 Bar graph display (1 measurement) can be checked like meter.
 The maximum and the minimum value of a measurement display can be held.
 Upper limit and lower limit flicker setting is possible (with setting index).
This index can also be used as a control index when the flickering function is turned off.
 Pulse output of DC power amount can be taken out. (Option)
 An external operation input (reset of the maximum value and the minimum value) is possible. (option)
 Power supply is AC85 to 253V or DC80 to 143V (for both AC and DC uses).

DC20 to 56V can also make.

 The mounting method of this unit is compatible with the mounting method of conventional 110 squaremechanical meter. This unit is mounted at 2 diagonal points.
 With backlight function (TLC-110L)
Always-on, Auto off (after 5 minutes without operating), Always-off and brightness setting is possible.
LED: White

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TLC-219-060

2. Names and functions of component parts

Bar graph display
Indicates measuring values as
analog values. The measurement
factor displayed on bar graphwith a DISPLAY switch is changed.
Flicker setting index(In case flicker setting is OFF,it displays as a check index.)

Digital display section.
Three factors can be measured andmonitored concurrently.
(An INPUT display can set ON/OFF.)Sub-monitor(Left)
Main monitor

Sub-monitor(Right)TLC-110L

Scale digit
This is set automatically byindication scaling setting.

－This switch is used for confirming
the flicker value. If no operation
is done for 10 seconds, the flicker
value indication returns to thedisplay mode.
In setting mode, it uses it formoving down of set value.

Unit indication
The unit can be set up by unit
display setting.
DISPLAY

SETThis switch is used to select thesetting mode. When turning on thisswitch continuously for longer than
3 seconds, the mode is switched fromthe display mode to the setting mode
1. This switch is also used for
deciding a setting value in thesetting mode.
In case of Wh measurement
specification, it becomes the switch
which indicates the integrated valueof Wh by enlargement to the 3rd place
below a decimal point.

Input 1 circuit：Only INPUT 1 is displayed.
Input 2 circuit：Only INPUT 1 and 2 is displayed.
Input 3 circuit：INPUT 1, 2, 3 is displayed.

DISPLAY

SETThis switch is the changes the input
factor which carries out a bar graphdisplay.
Main monitor
Sub-monitor(Left)
Sub-monitor(Right)
If it continues pressing more than
3 seconds simultaneously with a
SET switch, it will become thesetting mode 2 from a display mode.
The function can be replaced with＋ switch by setting.
The setting mode returns to thedisplay mode after one action.

＋
This switch is checks the maximum value and the minimum
value of each input. Changes in order of the maximum value →minimum value. If no operation is done for 10 minutes, the maximum
value and minimum value indication returns to the display mode.
This switch is also used to moveing up a setting value in thesetting mode.
This function can be replaced with DISPLAY switch by setting.

5

RESET/SHIFTThis switch resets the maximum hold and the minimum
holding value. The maximum and the minimum holding
value are reset by continuation ON more than 1 second.
In setting mode, it is used for movement of an item.

TLC-219-060

3. Preparation
3.1 Mounting
Refer to the external dimensions and panel cut, and mount in the panel (with a thickness of 10 mm or less)with the M5 nut provided.
● Dimensions diagram
110

10.5

16.5

104.5

90±0.5190±0.5

1±
10
φ

φ99

110

7-M4screw

915
2-M5screw

5-M4screw

8-M3screw(Option)

Panel cut2-φ7（Front view）● LCD viewing angle
Mounting: Since the contrast of the LCD changes depending on the viewing angle, mount it at the optimal angle.
(1) Wide viewing angle model(2) For upper case installation

75°
10°
60°

75°
75

(Side view)

°

75

°

60
°

(Top view)(Side view)● Mounting(1) Insert the product into the cut hole of thepanel from the front.

（1）(2) Secure the product with the mounting M5 flangenut (accessory).
The tightening torque of the flange nut shouldbe 2.0 to 2.5 N･m.

● Series-resistance DM-1 (accessories) dimension diagram(If a voltage input is above 301V, it uses series-resistance DM-1.)

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60°(Top view)（2）

TLC-219-060

3.2 Connections
3.2.1 Connection diagram
Input 1 circuit.
INPUT 1

Input 2 circuit.

＋－

Input 3 circuit.

INPUT 1＋－

INPUT 1＋－

INPUT 2＋－

INPUT 2＋－

INPUT 3
AUX.SUPPLY

AUX.SUPPLY
＋
－
SG
Ter.

AUX.SUPPLY
＋
－
SG
Ter.

Communication
outputRESET INPUTRESET INPUTThe example of connection inseries-resistance.
If a voltage input is above 301V,
it combines 1mA meter and seriesresistance (DM-1, accessories).

INPUT 1－SERIES RESISTANCE(DM-1)LOAD
SHUNT
INPUT 1 (A)＋AUX. SUPPLY
＋
－
SG
Ter.

Communication
outputConnection of DC power (W) measurement and DC electric energy (Wh)measurement.
A shunt is an option. If a voltage input is above 301V, it uses
it combining a series-resistance (DM-1, accessories).

INPUT 2 (V)AUX. SUPPLYRESET INPUT

＋
－
SG
Ter.

Communication
outputRESET INPUTLOADSERIES RESISTANCE(DM-1)

＋

＋
－
SG
Ter.

Communication
outputCommunication
outputFrom the measurement
value of DC current
input 1 (A) and DC
voltage input 2 (V),it calculates a DC
power (W) and DC
electric energy (Wh),and can perform adisplay and output.

RESET INPUT

Note(１) Reset input and pulse output is an option.
Note(２) By short-circuiting No.14 (-) and No.16 (Ter.), the terminating resistor is internally connected.
(Please use only the product used as a termination on a topology.)

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TLC-219-060

3.2.2 Cautions on connections(1) Mount the terminal cover without fail for safety after the end of connections.
(2) Separate the input wiring and output wiring from each other without fail, and take a preventive measureagainst malfunction due to external noises.
(3) Connect the grounding terminal E (No. 5 terminal) to the ground without fail for enhancing the shieldeffect keep the grounding resistance between the grounding terminal and the ground to be lower than100Ω.
(4) Keep a distance as much as possible of between this unit and the circuit breaker as well as between thisunit and the relay contact signal line.
(5) Please use a transmission line into a twisted-pair cable with a shield. And, please use as the same thing
including the inside of a board. And, in case there are many induction noises, please earth in the mosteffective place (one point).
(6) If a voltage input is above 301V, it uses series-resistance DM-1.
DM-1 is adjusted combining the meter body. Please be sure to use DM-1 of attachment.
If two or more DM-1 in one meter are attached, please use it combining the thing suitable for an input factor.

4. Operation
DISPLAY
SET

Switches

SET

－

＋

RESET/SHIFTFunctions
By pressing this switch for longer than 3 seconds, the mode is switched from display mode
to setting mode 1. (３)By pressing this switch for longer than 3 seconds together with DISPLAY switch, the modeis switched from display mode to setting mode 2.
This mode can be reset to the display mode by DISPLAY switch.
In case of Wh measurement, it can indicate the integrated value by enlargement.
And it can check to the 3rd digit below a decimal point.
Each time this switch is pressed, enlargement and reset will be repeated.

－

Flicker value can be checked.
This mode can be reset to the display mode by DISPLAY switch.

＋

Maximum value and minimum value can be checked.
This function can be replaced with a DISPLAY switch.

RESET/SHIFTDISPLAY

By pressing this switch for longer than 1 seconds, reset of maximum and the minimum value canbe performed.
The input factor on which bar graph is displayed can be changed.
Its function can be replaced with ＋ switch.

Note(３) In Wh measurement, a press on a SET switch indicates the integrated value by enlargement.

● Convenient functions
Even if the unit is stopped operating, it returns to the display mode in 10 minutes.

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TLC-219-060

5. Display(1) Example of display of input 1 circuit
Display
combination
Display scaling

Display

Pattern 1

Main monitor：Input 1(Set the INPUT display to ON.)

Input 1：0.0 to 100.0A
INPUT1
Measurement display
symbol of input 1.
During measurement,
it always indicates.
Indication off ispossible by setting.

Bar graph display[Main monitor]
The measurement value of input
1 is indicated by the analog.
Digital display[Main monitor]
The measurement value of
input 1 is displayed.

(2) Example of display of input 2 circuit
Display
combination
Display scaling

Pattern 2

Main monitor：Input 1 , Sub-monitor (Right)：Input 2(Set the INPUT display to auto off.)
Input 1：0.0 to 100.0A
Input 2：0.0 to 200.0V① Bar graph display of the main monitor.
Bar graph display[Main monitor]
When it changes to"main monitor" with a
DISPLAY switch, themeasurement value of an
input 1 is indicated by
the analog.

Digital display[Main monitor]
The measurement value of
input 1 is displayed.

Press DISPLAY switch
Display② Bar graph display of the sub-monitor (right).
Digital display[Sub-monitor (right)]
The measurement valueof input 2 is displayed.

Bar graph display[Sub-monitor (right)]
When it changes to"sub-monitor (right)" with a
DISPLAY switch, themeasurement value of an input
2 is indicated by the analog.
An underbar indicates.
The underbar of a sub-monitor(right) indicates.

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TLC-219-060(3) Example of display of input 3 circuit
Display
combination
Display scaling

Pattern 1
Main monitor：Input 1 , Sub-monitor (Left)：Input 2 ,sub-monitor (Right)：Input 3(Set the INPUT display to ON.)
Input 1：0.0 to 100.0A
Input 2：0.0 to 100.0A
If display scaling of 3 inputs is the same
Input 3：0.0 to 100.0A① Bar graph display of main monitor.
Bar graph display[Main monitor]
When it changes to "mainmonitor" with a DISPLAY
switch, the measurement valueof an input 1 is indicated by
the analog.

INPUT 1
Measurement display
symbol of input 1.
During measurement,
it always indicates.
Indication off ispossible by setting.

Digital display[Main monitor]
The measurement value of
input 1 is displayed.
Press DISPLAY switch② Bar graph display of the sub-monitor (left).

Display

Bar graph display[Sub-monitor (left)]
When it changes to"sub-monitor (left)" with a
DISPLAY switch, themeasurement value of an input
2 is indicated by the analog.
An underbar indicates.

INPUT 2
Measurement display
symbol of input 2.
During measurement,
it always indicates.
Indication off ispossible by setting.
The underbar of a
sub-monitor (left)
indicates.

Digital display[Sub-monitor (left)]
The measurement value of
input 2 is displayed.

Press DISPLAY switch③ Bar graph display of the sub-monitor (right).
Bar graph display[Sub-monitor (right)]
When it changes to"sub-monitor (right)" with a
DISPLAY switch, themeasurement value of an input
3 is indicated by the analog.
An underbar indicates.

INPUT 3
Measurement display
symbol of input 3.
During measurement,
it always indicates.
Indication off ispossible by setting.
The underbar of a
sub-monitor (right)
indicates.
Press DISPLAY switch

Digital display[Sub-monitor (right)]
The measurement value of
input 3 is displayed.

＊ This is a limitation to the display pattern 1, and in order to check which input it isindicating, it is indicating "INPUT1", "INPUT2", and "INPUT3".
However, Indication off is possible by setting.

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TLC-219-060(4) The example of display in DC power (W) measurement
Display
combination

Display scaling

Pattern 7
Main monitor：DC power (W), Sub-monitor (Left)：Input 1 (A), Sub-monitor (Right)：Input 2 (V)(Set the INPUT display is AUTO OFF.)
Input 1(A)：0.0 to 100.0A
The display scaling value of DC power (W), it does automatic
Input 2(V)：0.0 to 100.0V
scaling from the display scaling value of an input 1 (A)DC power (W) calculation value
and an input 2 (V).
：0.00 to 20.00kW
However, change of scaling is manually possible.
① Bar graph display of main monitor.

Bar graph display[Main monitor]
When it changes to "mainmonitor" with a DISPLAY
switch, the measurement
value of an DC power (W)is indicated by the analog.

Digital display[Main monitor]
The measurement value of
DC power (W) is displayed.

Press DISPLAY switch② Bar graph display of the sub-monitor (left).
Digital display[Sub-monitor (left)]
The measurement value of
input 1(A) is displayed.

Bar graph display[Sub-monitor (left)]
When it changes to"sub-monitor (left)" witha DISPLAY switch, themeasurement value of an
input 1(A) is indicated by
the analog.
An underbar indicates.

Display
The underbar of a
sub-monitor (left)
indicates.

Press DISPLAY switch③ Bar graph display of the sub-monitor (right).
Digital display[Sub-monitor (right)]
The measurement value of
input 2(V) is displayed.

Bar graph display[Sub-monitor (right)]
When it changes to“sub-monitor (right)” witha DISPLAY switch, themeasurement value of an
input 2(V) is indicated by
the analog.
An underbar indicates.

The underbar of a
sub-monitor (right)
indicates.
Press DISPLAY switch

11

TLC-219-060(5) The example of display in DC electric energy (Wh) measurement
Display
combination
Display scaling

Pattern D
Main monitor：DC electric energy (Wh), Sub-monitor (Left)：Input 1 (A),Sub-monitor (Right)：Input 2 (V) (Set the INPUT display is AUTO OFF.)
Input 1(A)：0.0 to 100.0A
Calculate DC electric energy (Wh) from input 1 (A) andInput 2(V)：0.0 to 100.0V
input 2 (V).
※ Wh measurement does not indicate bar graph.
① Bar graph display of sub-monitor (left).
Bar graph display[Sub-monitor (left)]
When it changes to "submonitor" with a DISPLAY
switch, the measurement
value of an input 1(A) is
indicated by the analog.
An underbar indicates.

Digital display[Sub-monitor (left)]
The measurement value of
input 1(A) is displayed.
Digital display[Main monitor]
The measurement value of
DC electric energy (Wh) is
displayed.

The underbar of a
sub-monitor (left)
indicates.

Multiplying factor (x10)
and a unit (kWh) become
lettering or silk printing.
(Change is impossible)

Multiplying factor display
Appoint from ×0.1，×1，
×10，×100，×1000.
Press DISPLAY switch② Bar graph display of the submonitor (right).

Display

Digital display[Sub-monitor (right)]
The measurement value of
input 2(V) is displayed.

Bar graph display[Sub-monitor (right)]
When it changes to"submonitor (right)" with a
DISPLAY switch, themeasurement value of an
input 2(V) is indicated by
the analog.
An underbar indicates.

The underbar of a
sub-monitor (right)
indicates.

Press DISPLAY switch③ If a SET switch is pressed, it can check to the 3rd digit below a decimal point about
DC electric energy (Wh).
Usually, a display

201.234 ×10kWh
Enlargement display

If the DC electric energy (Wh) exceeds display 9999, it returns to 0 and continues a count.

12TLC-219-060

6. Setting
6.1 Function table and default setting
At the case of shipment, it is a following default value. Please set up according to an operating condition.
In addition, about setting products, it is shipped by the appointed set point.
Setting mode 1.
Setting
No.

Function table.

Function

111

Display combination
setting

112
113
114

Unit
displaysetting

115

INPUT display ON/OFF

121H
122L

Input 1Flickersetting

123

Input 2Flickersetting126

129

Upper limit
value
Lower limit
value
ON/OFF

127H
128L

Upper limit
value
Lower limit
value
ON/OFF

124H
125L

Input 1
Input 2
Input 3

Input 3Flickersetting

Upper limit
value
Lower limit
value
ON/OFF

Functional description

Default setting

Set the combination pattern of a digital
display. By patterns 1 to 6, it can change
arbitrarily the position of the digital
display of a maximum of 3 circuits.
By patterns 7 to C, it sets the display
Pattern 1
output of DC power (W) measurement.
By patterns D to J, it sets the display
output of DC electric energy (Wh)measurement.
Set the unit display of an input 1.
With no unit display
Set the unit display of an input 2.
With no unit display
Set the unit display of an input 3.
With no unit display
Set the ON/OFF of an INPUT display.
However, only the pattern 1 of display
ONcombination is effective.
OFF except for pattern 1.
The upper limit flicker value of an input 1
100.0(100％ of display span)measurement display is set up.
The lower limit flicker value of an input 1
0.0
measurement display is set up.
(0％ of display span)
When input is more than detection or lessthan detection setting value, this setsOFF
flicker ON/OFF of digital display.
The upper limit flicker value of an input
100.0(100％ of display span)
2 measurement display is set up.
The lower limit flicker value of an input
0.0
2 measurement display is set up.
(0％ of display span)
When input is more than detection or lessthan detection setting value, this setsOFF
flicker ON/OFF of digital display.
The upper limit flicker value of an input
100.0(100％ of display span)
3 measurement display is set up.
The lower limit flicker value of an input
0.0
3 measurement display is set up.
(0％ of display span)
When input is more than detection or lessthan detection setting value, this setsOFF
flicker ON/OFF of digital display.

ImportantPage
setting

○

27
to
30

○
○
○

27
to
30

○

27
to
30

○
○

31
32

○
○
○

31
32

○
○
○

31
32

○

Set this function when changing the ＋
switch and DISPLAY switch.

131

DISPLAY switch
function change
setting

0

1

DISPLAY switch：Bar graph display
change＋ switch：Maximum and minimum value
display change
DISPLAY switch：Maximum and minimum
value display change＋ switch：Bar graph display change

13

0

32

TLC-219-060

Setting
No.

141
(４)
142P
( ５)

Function

Functional description

Multiplying factor
setting

Set the multiplying factor.

Pulse output setting

Set the output pulse unit (kWh/pulse).

151
(６)

Backlight action

Set the backlight action from ON(always-on), AUTO (auto off), and OFF(always-off).

152
(６)

Backlight brightness

Set the brightness of backlight.

Default setting

ImportantPage
setting1(×1)
1(kWh/pulse)

33
33

AUTO (Auto OFF)34

3（Middle）

34

Note(４) This can set only at the case of Wh measurement specification (display pattern D to J).
Note(５) This can set only at the case of pulse output (option) specification.
Note(６) This can set only at the case of white backlight specification.
Setting mode 2.

Function table.

Setting
No.

Function

211b
212F
213P
214
215b
216F
217P
218
219b
21AF
21bP
21C

Input 1
Displayscalingsetting
Input 2
Displayscalingsetting
Input 3
Displayscalingsetting

221b

BIAS
MAX.
Decimal point
COS ,Hz, var
BIAS
MAX.
Decimal point
COS ,Hz, var
BIAS
MAX.
Decimal point
COS ,Hz, var
BIAS

Input 1Input
calibration
222F

SPAN

223b

BIAS
Input 2Input
calibration

224F

SPAN

225b

BIAS
Input 3Input
calibration

226F

SPAN

Functional description

Default setting

Display bias value setting of an input 1
Display max. value setting of an input 1
Decimal point setting of an input 1
COS ，Hz，var display scaling settingof input 1
Display bias value setting of an input 2
Display max. value setting of an input 2
Decimal point setting of an input 2
COS ，Hz，var display scaling settingof input 2
Display bias value setting of an input 3
Display max. value setting of an input 3
Decimal point setting of an input 3
COS ，Hz，var display scaling settingof input 3
Zero adjustment of the input 1 (INPUT1) at
the case of a bias input can be performed.
Display and output are adjusted
simultaneously.
The input 1 display and output span
adjustment at the case of an input apply
can be performed. The effective if adisplay wants to synchronize with othermeter.
Zero adjustment of the input 2 (INPUT2) atthe case of a bias input can be performed.
Display and output are adjusted
simultaneously.
The input 2 display and output span
adjustment at the case of an input apply
can be performed. The effective if adisplay wants to synchronize with othermeter.
Zero adjustment of the input 3 (INPUT3) atthe case of a bias input can be performed.
Display and output are adjusted
simultaneously.
The input 3 display and output span
adjustment at the case of an input apply
can be performed. The effective if adisplay wants to synchronize with othermeter.

0.0
100.0
□□□.□
0
(Standard scale)
0.0
100.0
□□□.□
0
(Standard scale)
0.0
100.0
□□□.□
0
(Standard scale)

14

ImportantPage
setting
○
○
36
○
37
○
○
○
○

36
37

○
○
○
○

36
37

○

0.00
38
0.00

0.00
38
0.00

0.00
38
0.00

TLC-219-060

Setting
No.

231
232
233

FunctionInput
sensitivity(Bar graph
Full scale)

Input 1
Input 2
Input 3241

Address setting

242

Transmission rate setting

243
244

Data length setting
Parity setting

245

Stop bit setting

246

Checksum addition range
setting261
262

Input 1
Low input
cut

263
271
272
273

Input 3
Displaydead band

281
282
283

Input 1
Input 2
Input 3
Input 1

Measurement
display
ON/OFF

Input 2
Input 3Wh (７)

284
291

Input 2Returns to default setting

Functional description

Default setting

The full scale of input 1 bar graph display
is changed.
The full scale of input 2 bar graph display
is changed.
The full scale of input 3 bar graph display
is changed.
Set the address of communication output.
Set the transmission rate of communication
output.
Set the data length of communication data.
Set the parity bit of communication data.
Set the length of stop signal ofcommunication data.
Set the addition range (ETX is included /ETX is not included) of checksum.
When the display scaling is 0‐N, -N‐0
‐N (example：-100‐0‐100) , display 0
for input less than 0.5%.
-N’‐0‐N (example：-10‐0‐100) and -N‐0 does not function.
In case the input is unsteady, this setting
can drop the sensitivity of a display.

0.0
0.0
0.0

ON/OFF of an input 1 measurement display
is set up.
ON/OFF of an input 2 measurement display
is set up.
ON/OFF of an input 3 measurement display
is set up.
ON/OFF of an Wh measurement display is
set up.
Initializes the all settings.

７

ImportantPage
setting

100

100
1

○

9600bps○

7 bit
Even number (E)

○
○

1 bit

○

ETX is included
(In)

○

40
41

OFF
OFF

42

OFF
43

ON
ON
44
ON
ON
－

Note( ) This can set only at the case of Wh measurement specification (display pattern D to J).

15

39

100

45

TLC-219-060

6.2 Example of setting function

Functional
example ①

Settingfunction

DC power measurement (Input DC current to input 1 and DC voltage to input 2.)
Input 1(A)：0 to 60mV ，Display：0.0 to 100.0A
DC power (W) display：0.00 to 20.00kW
Input 2(V)：0 to 200V ，Display：0.0 to 200.0V
However, only input 2 circuit and 3 circuitspecification are effective.
From an input 1 (A) and an input 2 (V), it
Input 1 circuit specifications cannot be set.
does automatic scaling.
Please use "display combination setting" (setting No.111) in the setting mode 1.
→ If it is set as pattern 7 to C, it will measure DC power (W).
Before use (Setting：Pattern 1)
After use (Setting：Pattern 7)
Example．2 input specification
Example．2 input specification＋ DC power measurement

Function
explanation

Input 2：DC voltage
Input 1：DC current

Input 1：DC current
Input 2：DC voltage
DC power
The scale of DC power (W), it does automatic
scaling from the scale of an input 1 (A) and an
input 2 (V). However, change of scale is manuallypossible.

Functional
example ②

Settingfunction

Function
explanation

Input：0 to 60mV，Display：0.0 to 100.0A.
If indicated value is fixed to 0 at the case of the fine input near 0mV of inputs.
Please use "low input cut setting" (setting No.261 to 263) in the setting mode 2.
→ Indicated value is fixed to 0 at the case of the minute electric input equivalent to less than
0.5％ of an input span.
(Example. In case of 0 to 60mV, less than 0.3mV → display：0.0A)
However, effective only at the case of display scaling 0 to N and -N to 0 to N (example：-100
to 0 to 100). For -N' to 0 to N (example：-10 to 0 to 100) and -N to 0, this setting does not
work.
Before ( Setting：OFF )After ( Setting：ON )DISPLAYDISPLAY

100.0A

100.0A

50.0A

50.0A

0.0A

0.0A
0mV

30mV

60mV

INPUT

0mV

30mV

60mV

INPUT

Less than 0.3mV

Input：0.3mV → Display：0.5A
Input：0mV→ Display：0.0A

Input：0.3mV → Display：0.0A
Input：0mV→ Display：0.0A

16

TLC-219-060

Functional
example ③

Settingfunction

Input：±60mV , Display：±100.0A
If you want to fix indicated value to 0 at the case of the minute electric input near 0mV of inputs.
Please use "low input cut setting" (setting No.261 to 263) in the setting mode 2.
→ Indicated value is fixed to 0 at the case of the minute electric input equivalent to less than
0.5％ of an input span.
(Example. In case of ±60mV, less than ±0.3mV → display：0.0A)
However, effective only at the case of display scaling 0 to N and -N to 0 to N (example：-100
to 0 to 100). For -N' to 0 to N (example：-10 to 0 to 100) and -N to 0, this setting does not
work.
Before ( Setting：OFF )After ( Setting：ON )Display

Display

100.0A

100.0A
Less than -0.3mV

Function
explanation

-60mV

-60mV
0

60mV

Input

60mV

Input

Less than 0.3mV-100.0A-100.0A

Input：0.3mV → Display：0.5A
Input：0mV→ Display：0.0A
Functional
example ④
Settingfunction

Input：Less than 0.5mV → Display：0.0A
Input：0mV→ Display：0.0A

Used to suppress the variation in the indicated value by input variation.
Please use "Display dead band setting" (setting No. 271 to 273) in the setting mode 2.
→ The sensitivity of a display is dropped and the variation in indicated value is suppressed.
The setting range becomes 0.0％ to 2.0％ (0.1％ step).
Before ( Setting：0.0％ )After ( Setting：1.0％ )Function
explanation

Example) Near 60.0A, it varies from 59.3A to 60.8A

17

Example) Variation is suppressed of near 60.0A.

TLC-219-060

Functional
example ⑤

In case the span or zero has shifted at the indicated value.
Please use "input calibration setting" (setting No.221b to 226F) in the setting mode 2.
→ A span or zero is adjusted of indicated value. The setting range becomes -9.99％ to 9.99％ of
an input span (0.01％ step).
Before ( Setting：BIAS 0.00％)
After ( Setting：BIAS -0.50％)

Settingfunction

Function
explanation

Example) At the case of 0mV of inputs, it
is displayed as place 0.5A whose
indicated value is 0.0A.

Example) At the case of 0mV of inputs,
indicated value can be adjusted to
0.0A.

6.3 Setting table
Each parenthesized number shows a setting number and this number is displayed on the setting screen.
<Caution> There is a setting item excepted by input circuits or measurement display ON/OFF setting.
(1) Setting of display combination and unit display.
Items
Set the display
combination.
(111)

Set the unit
display of input 1
(112)
(８)

Setting and operation procedures
Press SET for longer than 3 seconds(111)
Select the display combination pattern by ＋ and －Selected display combination pattern is entered

Page

27 to
30

Press SET

Press DISPLAY

Returns todisplay mode

Press SET for longer than 3 seconds
Press RESET/SHIFT
(111)
(112)
Press SET
Selected unit is entered
Select the unit by ＋ and －Press DISPLAY

27 to
30

Returns to display mode

Set the unit
display of input 2
(113)
(８)

Press SET for longer than 3 seconds
Press RESET/SHIFT
(111)
(112)
Select the unit by ＋ and －Press SET
Press RESET/SHIFT(113)
Press DISPLAY
Returns to display mode
Selected unit is entered

27 to
30

Set the unit
display of input 3
(114)
(８)

Press SET for longer than 3 seconds
Press RESET/SHIFT
(111)
(112)
Press RESET/SHIFT
Press RESET/SHIFT
Select the unit by ＋ and －
(113)
(114)
Selected unit is entered
Press DISPLAY
Returns to display mode
Press SET

27 to
30

Set the INPUT
display ON/OFF
(115)
(９)

Press SET for longer than 3 seconds
Press RESET/SHIFT
Press RESET/SHIFT
(111)
(112)
Press RESET/SHIFT
Press RESET/SHIFT
(113)
(114)
(115)
Select an INPUT display ON or OFF by ＋ and －Press SET
Selected ON/OFF setting is entered

Press DISPLAY

８

Returns to display mode

Note( ) While doing COS and Hz and var display setting, there is a setting item excepted.
Note(９) Only the display combination pattern 1 is effective. Setting is excepted except pattern 1.
18

27 to
30

TLC-219-060(2) Flicker setting
Items
Setting of upper
limit flicker
value of input 1.
(121H)

Setting of lower
limit flicker
value of input 1.
(122L)

Setting and operation procedures
Press SET for longer than 3 seconds
Press ＋ and RESET/SHIFT together(111)(121H)
Select an upper limit flicker value by ＋ and －Press SET
Selected upper limit flicker value is entered

Press DISPLAY

31,32

Returns todisplay mode

Press ＋ and RESET/SHIFT together
Press SET for longer than 3 seconds(111)(121H)
Select an lower limit flicker value by ＋ and －Press RESET/SHIFT(122L)
Press SET
Selected lower limit flicker value is entered
Press DISPLAY

Setting of input 1
flicker ON/OFF.
(123)

Page

31,32

Returns to display mode

Press ＋ and RESET/SHIFT together
Press SET for longer than 3 seconds(111)(121H)
Press RESET/SHIFT
Press RESET/SHIFT(122L)(123)
Select an flicker ON or flicker OFF by ＋ and －Press SET
Selected flicker ON/OFF setting is entered

Press DISPLAY

31,32

Returns to display
mode(3) Functional exchange setting of DISPLAY and ＋ switch.
Items

Changes thefunction of
DISPLAY switch
and ＋ switch.
(131)

Setting and operation procedures
Press SET for longer than 3 seconds
Press ＋ and RESET/SHIFT together(111)(121H)
Press ＋ and RESET/SHIFT together
Select an function by ＋ and －(131)
Selected function is entered
Press DISPLAY
Returns to
Press SET
display mode
(Explanation)
Display in setting 0： DISPLAY Bar graph display change.
＋ Maximum value, minimum value display change.
Display in setting 1： DISPLAY Maximum value, minimum value display change.
＋ Bar graph display change.

19

Page

32

TLC-219-060(4) Backlight setting
Items

Setting and operation procedures

Page

Press SET for longer than 3 seconds
Press ＋ and RESET/SHIFT together(111)(121H)
Setting of
backlight action.
(151)

Press ＋ and RESET/SHIFT together
Press ＋ and RESET/SHIFT together(131)(141)(10)Press ＋ and RESET/SHIFT together
Select an backlight action by ＋ and －(151)
Press SET
Selected backlight action is entered
Press DISPLAY

34

Returns to display mode

Press SET for longer than 3 seconds
Press ＋ and RESET/SHIFT together(111)(121H)
Setting of
backlight
brightness.
(152)

Press ＋ and RESET/SHIFT together
Press ＋ and RESET/SHIFT together(131)(141)(10)Press ＋ and RESET/SHIFT together
Press RESET/SHIFT
(151)
(152)
Press SET
Select an backlight brightness by ＋ and －Selected backlight brightness is entered

Press DISPLAY

34

Returns to display mode

Note(10) At the case of Wh measurement specification.
(5) Display scaling setting
Items
Setting of input 1
bias value.
(211b)(11)

Setting and operation procedures

Page

Press SET and DISPLAY together for longer than 3 seconds(211b)
Setting an bias value by ＋ and －Press SET
Setting bias value is entered

36,37

Press DISPLAY

Setting of input 1
max. value.
(212F)(11)

Setting of input 1
decimal point
position.
(213P)(11)

Returns to display mode

Press SET and DISPLAY together for longer than 3 seconds(211b)
Press RESET/SHIFT
Setting an max. value by ＋ and －Press SET(212F)
Setting max. value is entered
Press DISPLAY
Returns to display mode
Press RESET/SHIFT
Press SET and DISPLAY together for longer than 3 seconds(211b)
Press RESET/SHIFT
Setting an decimal point position by ＋ and －(212F)(213P)
Press SET
Setting decimal point position is entered
Press DISPLAY

36,37

36,37

Returns to display mode

Setting of input 1
COS , Hz, var.
(214)

Press RESET/SHIFT
Press SET and DISPLAY together for longer than 3 seconds(211b)
Press RESET/SHIFT
Press RESET/SHIFT(212F)(213P)(214)
Select an COS ，Hz, var by ＋ and －Press SET
Selected COS ，Hz, var is entered

Press DISPLAY

36,37

Returns to display mode

Note(11) The bias value and max. value and decimal-point position setting (211b to 213P) of an input 1 is
excepted, at the case of COS , Hz, var display (214) setting of input 1.

20

TLC-219-060(6) Communication output setting
Items

Setting and operation procedures

Page

Set the address.
(241)

Press SET and DISPLAY together for longer than 3 seconds(211b)
Press ＋ and RESET/SHIFT together
Press ＋ and RESET/SHIFT together(221b)(231)
Press ＋ and RESET/SHIFT together
Setting an address by ＋ and －(241)
Press SET
Setting address is entered
Press DISPLAY
Returns to display mode

40,41

Set thetransmission
rate.
(242)

Press SET and DISPLAY together for longer than 3 seconds(211b)
Press ＋ and RESET/SHIFT together
Press ＋ and RESET/SHIFT together(221b)(231)
Press ＋ and RESET/SHIFT together
Press RESET/SHIFT
(241)
(242)
Setting an transmission rate by ＋ and －Press SET
Setting transmission rate is entered

Set the data
length.
(243)

Press DISPLAY

Returns to display mode

Press SET and DISPLAY together for longer than 3 seconds(211b)
Press ＋ and RESET/SHIFT together
Press ＋ and RESET/SHIFT together(221b)(231)
Press ＋ and RESET/SHIFT together
Press RESET/SHIFT
Press RESET/SHIFT
(241)
(242)
(243)
Setting an data length by ＋ and －Press SET
Setting data length is entered

Press DISPLAY

40,41

40,41

Returns to display mode

Set the parity
bit.
(244)

Press SET and DISPLAY together for longer than 3 seconds(211b)
Press ＋ and RESET/SHIFT together
Press ＋ and RESET/SHIFT together(221b)(231)
Press ＋ and RESET/SHIFT together
Press RESET/SHIFT
Press RESET/SHIFT
(241)
(242)
(243)
Press RESET/SHIFT
Setting an parity bit by ＋ and －Press SET
(244)
Press DISPLAY
Returns to display mode
Setting parity bit is entered

40,41

Set the stop bit.
(245)

Press SET and DISPLAY together for longer than 3 seconds(211b)
Press ＋ and RESET/SHIFT together
Press ＋ and RESET/SHIFT together(221b)(231)
Press ＋ and RESET/SHIFT together
Press RESET/SHIFT
Press RESET/SHIFT
(241)
(242)
(243)
Press RESET/SHIFT
Press RESET/SHIFT
Setting an stop bit by ＋ and －
(244)
(245)
Press SET
Setting stop bit is entered
Press DISPLAY
Returns to display mode

40,41

Set the checksum
addition range.
(246)

Press SET and DISPLAY together for longer than 3 seconds(211b)
Press ＋ and RESET/SHIFT together
Press ＋ and RESET/SHIFT together(221b)(231)
Press ＋ and RESET/SHIFT together
Press RESET/SHIFT
Press RESET/SHIFT
(241)
(242)
(243)
Press RESET/SHIFT
Press RESET/SHIFT
Press RESET/SHIFT
(244)
(245)
(246)
Select an including ETX or not including ETX of checksum addition range by ＋ and －.
Press SET

Setting checksum addition range is entered

Returns to display mode
21

Press DISPLAY

40,41

TLC-219-060

6.4 Measurement display-mode in detail explanation■ If a power supply is put into this product, it will become a measurement display mode.
Digital display section[Main monitor, Submonitor (left), Submonitor (right)]
The measurement display of three factors can be performed simultaneously.
〔If display position is changed. To the setting mode 1.〕
Sub-monitor (Left)
The measurement display of an
input 2 (INPUT2).
〔If display scaling is changed.
To the setting mode 2.〕

Sub-monitor (Right)
The measurement display of an
input 3 (INPUT3).
〔If display scaling is changed.
To the setting mode 2.〕

TLC-110L

Main monitor
The measurement display of an
input 1 (INPUT1).
〔If display scaling is changed.
To the setting mode 2.〕

Bar graph display
A display factor is changed witha DISPLAY switch.
Flicker setting index (L)In case flicker ON/OFF setting
is OFF, it displays as a index.
〔If flicker setting is changed.
To the setting mode 1.〕

・Iput 2 (INPUT2), input 3(INPUT3), are different by
the number of input circuits.

DISPLAY

SET

Numerical scale
Set the automatically by display
scaling.
〔If scale (sensitivity) of bar
graph is changed. To the setting
mode 2.〕Flicker setting index (H)■ Switch operation from a measurement display mode.
－

Flicker value display

DISPLAY＋DISPLAY
Displaymode

Maximum value, minimum value display (12)RESET/SHIFT
1 second

Maximum value, minimum value reset

DISPLAY

Bar graph display switching of an input factor (12)SET

DC electric-energy (Wh) enlargement display (13)Note(12) If it is made the next setting by " DISPLAY switch-function exchange setting" and DISPLAY is pressed,
the maximum value and the minimum value will indicate.
＋ ：Bar graph display change. DISPLAY ：Maximum value, minimum value display change.
Note(13) Switch operation is possible only for Wh measurement specification (display pattern D to J).
・By continuing pressing a SET switch for 3 seconds, it becomes the setting mode 1. ⇒ 26 pages
・Press and hold the SET switch and DISPLAY switch at the same time for 3 seconds or more to entersetting mode 2. ⇒ 35 pages<Caution> There is a display item excepted by the number of input circuits or measurement display ON/OFF setting.
・In case of input 1 circuit specification, there is no display item of input 2 and input 3.
・In case of input 2 circuit specification, there is no display item of input 3.
・Please keep in mind that not all measurement values display in case a measurement display is
OFF altogether.

22

TLC-219-060

Operation from a measurement display mode
(1) Flicker value display
The check of the flicker value of an input factor can be performed.
Upper limit
flicker valueof input 1－

Display

Displaymode－

Lower limit
flicker valueof input 1－

Upper limit
flicker valueof input 3－

Upper limit
flicker valueof input 2－

Lower limit
flicker valueof input 2－－
DISPLAYor
Non-operationof 10 seconds

Lower limit
flicker valueof input 3

Operation

Whenever it presses a － switch from a display mode, it indicates the upper limit and lower
limit flicker value of an input factor.

Reset method

Press the DISPLAY
10 seconds.

switch or returns to a measurement display mode by no operating it for･The upper limit flicker-value
display of an input 1.

･The lower limit flicker-value
display of an input 1.

･The display in the state where
the flicker was excepted.

Upper limit.

Setting index.

Lower limit.

Setting index is not displayed.

Lower limit flicker value.

OFF：When a flicker value is
excepted.

Setting index.

Display
screenInput factor.
Upper limit flicker value.

23

TLC-219-060(2) Maximum value, minimum value display
The check of the maximum value and minimum value of an input factor can be performed.
The value is held even if maximum value and the minimum value turn off a power supply.

(14)

Maximum valueof input 1＋

Display

Operation

Display
mode

(14)
＋

Minimum valueof input 1(14)＋

Maximum valueof input 2＋ (14)DISPLAYor
Non-operationof 10 minutes(14)＋

Minimum valueof input 3(14)＋

Maximum valueof input 3(14)＋

Minimum valueof input 2

Whenever it presses ＋ switch from a display mode, the maximum and the minimum value of an input
factor are displayed.
It judges value with a value including polarity, for the maximum value and minimum value.
Example) In -10.0A and 5.0A, the maximum value is set to 5.0A and the minimum value is set
to -10.0A.
Note(14) If it is made the next setting by " DISPLAY switch-function exchange setting" andDISPLAY is pressed, the maximum value and the minimum value will indicate.
＋ ：Bar graph display change. DISPLAY ：Maximum value, minimum value display change.

Reset method

Presses the DISPLAY switch or returns to a measurement display mode by no operating it for
10 minutes.
･Maximum value display of input 1･Minimum value display of input 1

Maximum value display [最大]Maximum value

Minimum value display [最小]Minimum value

The maximum and theminimum are displayedin Japanese.

Display
screen

最大 ：Maximum
最小 ：Minimum

In case of Wh measurement, it can check the maximum value and the minimum value about display factors
other than Wh.

24

TLC-219-060(3) Maximum and minimum value reset.
The maximum and the minimum holding value of an input factor are reset.
Resetprocess
Reset method
After reset

Displaymode

RESET/SHIFT
Pushes more than
1 second.

Maximum value and minimum value
reset of all input factors

During a display mode or maximum and minimum value display, a RESET/SHIFT switch is pressed forthe more than 1 seconds. The maximum and the minimum holding value of all input factors are reset.
Maximum value and minimum value are in agreement with the present input value after reset.
・Maximum value and minimum value reset display
A RESET/SHIFT switch is pressed more than 1 second.
Flashing the 最大 (maximum) and 最小 (minimum) for 3
seconds simultaneously.

Screendisplay(Pattern 1)

The maximum and the minimum are displayed in Japanese.
最大 ：Maximum
最小 ：Minimum(4) Bar graph display change
The input factor that carries out a bar graph display can be changed.
(15)

Displaychangeprocess

DisplaychangemethodDISPLAY
15

Bar graph displayof main monitor( )DISPLAY

Bar graph displayof sub-monitor(left)(15)
DISPLAY

Bar graph displayof sub-monitor(right)Whenever press the DISPLAY switch in a display mode, the bar graphical representation of an input
factor changes.
Note(15) If it is made the next setting by " DISPLAY switch-function exchange setting" and＋ is pressed, the bar graphical representation of an input factor changes.
＋ ：Bar graph display change. DISPLAY ：Maximum value, minimum value display change.
・Bar graph display of main
monitor・Bar graph display of
sub-monitor (left)
Underbar lighting of a
sub-monitor (left)

Screendisplay(Pattern 1)

Wh measurement does not indicate bar graph.

25

・Bar graph display of
sub-monitor (right)
Underbar lighting of a
sub-monitor (right)

TLC-219-060

6.5 Setting detail explanatory
6.5.1 Setting mode 1SET
3 seconds
DISPLAYRESET/SHIFT and ＋

Setting No. 111 to 115
Display combination, unit display setting
RESET/SHIFT and ＋

DISPLAYDISPLAYRESET/SHIFT and －Setting No. 141 (16)，142P (17)Multiplying factor, output pulse unit setting
RESET/SHIFT and ＋

DISPLAYRESET/SHIFT and －Setting No. 131
DISPLAY switch function change setting
RESET/SHIFT and ＋

DISPLAYRESET/SHIFT and －Setting No. 121H to 129
Flicker setting
RESET/SHIFT and ＋

Measurement
displaymode

RESET/SHIFT and －RESET/SHIFT and －Setting No. 151 to 152 (18)Backlight setting

If a SET switch is pressed for by continuation more than 3 seconds, it will become the setting mode 1
from a display mode.
It moves a setting item with RESET/SHIFT and ＋ switch (or RESET/SHIFT and － switch).
If a DISPLAY switch is pressed, it will return to a display mode.
If ＋ and － switches are pressed together for longer than 3 seconds during setting, the current set
values only are reset to the default settings.
<Caution> There is a display item excepted by the number of input circuits or measurement display ON/OFF
setting.
・In case of input 1 circuit specification, there is no display item of input 2 and input 3.
・In case of input 2 circuit specification, there is no display item of input 3.
・Please keep in mind that not all measurement values display in case a measurement display is
OFF altogether.
Note(16) Only Wh measurement specification (display pattern D to J) can be set.
Note(17) Only pulse output (option) specifications can be set.
Note(18) Only white backlight specifications can be set.

26

TLC-219-060(1) Display combination，Unit display setting (Setting No. 111 to 115)
Display combination and unit display of input element can be set.
And, it can perform setting which erases a display of INPUT.
RESET/SHIFT111
Display
combination

RESET/SHIFT

1：Pattern 1＋

Setting
process

112
Unit display of
input 1RESET/SHIFT

0：No display

－

＋

＋

－

113
Unit display of
input 2RESET/SHIFT

0：No display
－

＋

＋

－

114
Unit display of
input 3RESET/SHIFT

115
INPUT display
ON/OFF

0：No display
－

＋

＋

－

ON
－

＋

＋

2：Pattern 2

＋

＋

－

－

－

OFF

－

The setting range of a unit display changes with display combination (111).
Please refer to a unit display list for details.

Pattern 1 only

H：Pattern H
Default setting＋－

J：Pattern J

Please refer to a display
combination list for details.

Setting No.
111
112

Setting item

113

114
115

Contents of setting
Display combination setting
Pattern 1,2
Unit display setting
Pattern 3 to 6of an input 1.
Pattern 7 to J
Pattern 3,4
Unit display setting
Pattern 1,2,5,6of an input 2.
Pattern 7 to J
Pattern 5,6
Unit display setting Pattern 1 to 4of an input 3.
Pattern 7,8Pattern 9 to J
INPUT display ON/OFF setting

Setting value possible range
Pattern 1 to J
0 to 17(Main monitor)
0 to 12(Sub-monitor)
0 to 4(Main monitor, sub-monitor)
0 to 17(Main monitor)
0 to 12(Sub-monitor)
0 to 4(Main monitor, sub-monitor)
0 to 17(Main monitor)
0 to 12(Sub-monitor)
0, 5 to 7 (Main monitor)
0(Sub-monitor)
ON/OFF

Setting mode 1 is selected by pressing SET switch for longer than 3 seconds.
For shifting to the item of display combination setting and unit display setting,press ＋ and RESET/SHIFT or － and RESET/SHIFT together.
Setting display

Setting valuechangeSetting
methodWhenever it presses RESET/SHIFT switch, setting item changes.
Only the pattern 1 of INPUT display ON/OFF setting is effective.
Setting is excepted except pattern 1.
By display scaling setting in the setting mode 2, unit display setting (112
to 114) of an input factor which is doing COS (and Hz, and var) display
setting is excepted.
If a ＋ switch or － switch is pressed, the set value will change.
If a SET switch is pressed, the set point will update.

Update ofsetting value

・At the change of pattern 1 to 6 → pattern 7 to J.
① Starts measurement of DC power (W) and DC electric energy (Wh) in thecase of input 2 circuit specification.
② In case of input 3 circuit specification, it changes from measurement of
an input 3 to measurement of DC power.
・At the change of pattern 7 to J → pattern 1 to 6.
① Stops measurement of DC power (W) and DC electric energy (Wh) at thecase of input 2 circuit specification.
And, an output is OFF if the output factor is set as DC power.
② In case of input 3 circuit specification, it changes from measurement of
an input 3 to measurement of DC power. A scale of input 3 is a scale atthe time of the DC electricity measurement. Please be careful.
27

TLC-219-060

If ＋ and － switches are pressed together for longer than 3 seconds during
setting, the present set values only are reset to the default setting values.

Setting
methodReturn todefault setting

・If it returns to a pattern 1 (default setting) from pattern 7 to J.
① Stops measurement of DC power (W) and DC electric energy (Wh) at thecase of input 2 circuit specification.
And, an output is OFF if the output factor is set as DC power.
② In case of input 3 circuit specification, it changes from measurement of
an input 3 to measurement of DC power. A scale of input 3 is a scale atthe time of the DC electricity measurement. Please be careful.

Reset method

Press the DISPLAY
10 seconds.

switch or returns to a measurement display mode by no operating it for・Display combination setting
In the case of a pattern 1.
Setting No.

DisplayIn the case of a pattern 7.

Current setting

Indicates an input 2 ona sub-monitor (left).

Setting No.

Indicates aninput 3 on a
sub-monitor(right).

Indicates aninput 2 (V) on a
sub-monitor(right).

Indicates aninput 1 on themain monitor.

Indicates an
DC power (W)the mainmonitor.

New setting

・Unit display setting of input 1 (Pattern 1)
Setting No.

New setting

Current setting

Current setting

Unit display

28

Indicates an input 1 (A)on a sub-monitor (left).

New setting

・INPUT display ON/OFF setting (Pattern 1)
Setting No.

New setting

Current setting

TLC-219-060

Display position change is attained with display combination. And it is possible of setting of
DC power (W) measurement and DC electric-energy (Wh) measurement.
Pattern 1：Standard product ，Pattern 2 to 6：At the case of display position designating，
Pattern 7 to C：At the case of DC power (W) measurement designating，
Pattern D to J：At the case of DC electric energy (Wh) measurement designating
1 input specification
2 input specification
3 input specification
INPUT
SubSubSubSubSubSubPattern № Main
Main
Main
monitor monitor
monitor monitor
monitor monitor display
monitormonitormonitor(left) (right)(left) (right)(left) (right)
Pattern 1 INPUT 1－－
INPUT 1 INPUT 2－INPUT 1 INPUT 2 INPUT 3 ON/OFF
Pattern 2
INPUT 1－
INPUT 2 INPUT 1 INPUT 3 INPUT 2
OFFPattern 3
INPUT 2 INPUT 1－
INPUT 2 INPUT 1 INPUT 3
OFFPattern
4
INPUT
2
－
INPUT
1
INPUT
2
INPUT
3
INPUT
1
OFF
Display
Pattern
5
－
INPUT
1
INPUT
2
INPUT
3
INPUT
1
INPUT
2
OFF
combination
Pattern 6－
INPUT 2 INPUT 1 INPUT 3 INPUT 2 INPUT 1OFF
list
Pattern 7
W
A
V
W
A
V
OFF
Pattern 8
W
V
A
W
V
A
OFF
Pattern 9
A
V
W ＊
A
V
W ＊
OFF
Pattern A
A
W ＊
V
A
W ＊
V
OFF
Pattern B
V
A
W ＊
V
A
W ＊
OFF
Pattern C
V
W ＊
A
V
W ＊
A
OFF
Pattern D
Wh ＊
A
V
Wh ＊
A
V
OFF
Pattern E
Wh ＊
V
A
Wh ＊
V
A
OFF
Pattern F
Wh ＊
A
W ＊
Wh ＊
A
W ＊
OFF
Pattern G
Wh ＊
V
W ＊
Wh ＊
V
W ＊
OFF
Pattern H
Wh ＊
W ＊
A
Wh ＊
W ＊
A
OFF
Pattern J
Wh ＊
W ＊
V
Wh ＊
W ＊
V
OFF
＊：LetteringWith display combination, the setting range of a unit display of an input factor changes.
INPUT 1
INPUT 2
INPUT 3Unitdisplay Pattern Pattern Pattern Pattern Pattern Pattern Pattern Pattern Pattern Pattern№
1,2
3 to 6
7 to J
3,4
1,2,5,6 7 to J
5,6
1 to 47 to 89 to J
Not
Not
Not
Not
Not
Not
Not
Not
Not
Not
0
display display display display display display display display display display
1
A
A
A
A
A
A
A
A
－
－
2
kA
kA
kA
kA
kA
kA
kA
kA
－
－
3
V
V
V
V
V
V
V
V
－
－
4
kV
kV
kV
kV
kV
kV
kV
kV
－
－
5
W
℃
－
W
℃
－
W
℃
W
－
Unit display
6
kW
％
－
kW
％
－
kW
％
kW
－
list
7
MW
m
－
MW
m
－
MW
m
MW
－
8
℃
m3
－
℃
m3
－
℃
m3
－
－
9
％
m3/h
－
％
m3/h
－
％
m3/h
－
－
10
m
m3/min－m
m3/min－m
m3/min
－
－
11
m3
r/min
－
m3
r/min
－
m3
r/min
－
－
12
m3/h
min
－
m3/h
min
－
m3/h
min
－
－
13
m3/min－－m3/min－－m3/min
－
－
－
14
m/h
－
－
m/h
－
－
m/h
－
－
－
15
m/min
－
－
m/min
－
－
m/min
－
－
－
16
r/min
－
－
r/min
－
－
r/min
－
－
－
17
min
－
－
min
－
－
min
－
－
－
Please appoint the unit of lettering.

29

TLC-219-060

About the display at the case of the DC power (W) measurement and DC electric energy (Wh) measurement, andcommunication output.
If display combination setting is set as pattern 7 to J, it measures DC power (W) and DC electric energy (Wh).
For communication output, A, V, W, Wh and multiplier data can be output.
Please refer to the following list about action of a display and communication output.
The scale of DC power (W), from scaling of input 1(A) and input 2(V) it does automatic scaling.
Example ①

Input 1 (A)：0 to 60mV ，Display：0.0 to 100.0A
Input 2 (V)：0 to 200V ，Display：0.0 to 200.0V
DC power (W) display：0.00 to 20.00kW
DC power (W) display

DC power (W) communication output

DISPLAYOUTPUT

20.00kW

2000

0.00kW0

Display,
Communication
output0mV
0V

Example ②

60mV
200V

INPUT

0mV
0V

DC power (W) communication output

DISPLAYOUTPUT

20.00kW

2000

0.00kW1000-20.00kW

0

-60mV
200V

Example ③

0mV
0V

60mV
200V

INPUT

-60mV
200V

0mV
0V

60mV
200V

INPUT

Input 1 (A)：±60mV ，Display：±100.0A
Input 2 (V)：±200V ，Display：±200.0V
DC power (W) display：±20.00kW
DC power (W) display

Display,
Communication
output

INPUT

Input 1 (A)：±60mV ，Display：±100.0A
Input 2 (V)：0 to 200V ，Display：0.0 to 200.0V
DC power (W) display：±20.00kW
DC power (W) display

Display,
Communication
output60mV200V

DC power (W) communication output

DISPLAYOUTPUT

20.00kW

2000

0.00kW1000-20.00kW

0

-60mV
-200V

0mV
0V

60mV
200V

INPUT

-60mV
-200V

0mV
0V

＊ For details of communication output, refer to the communication specifications.
30

60mV
200V

INPUT

TLC-219-060(2) Flicker setting (Setting № 121H to 129)
The upper limit and low limit setting of the flicker of an input factor, and ON/OFF setting can be performed.
However, setting of an upper limit value and a lower limit value turns into setting in the range of an upper
limit value ＞ lower limit value.
RESET/SHIFT
121H
Upper limit
flicker valueof input 1

RESET/SHIFT

122L
Lower limit
flicker valueof input 1

124H
127H similitude

RESET/
SHIFT

123

124H to 126

127H to 129

Flicker ON/OFFof input 1

Setting itemof input 2

Setting itemof input 3

・124H
・125L
・126

・127H
・128L
・129

(121H to 123 similitude)(121H to 123 similitude)126
129 similitude

125L
128L similitude-20％ of span

OFF
OFF

Setting
process

＋

－

＋

－

－

-20％ of span
ON

－

＋

－

100％ of span

0％ of span

＋

＋

－

100％ of span

＋

＋

－

Setting No.
121H
122L
123
124H
125L
126
127H
128L
129

Setting display

Setting valuechangeDefault setting－

120％ of spanOFF

Setting
method－＋0％ of span＋

Setting item＋－

120％ of spanContents of a setting
Upper limit flicker setting of input 1
Lower limit flicker setting of input 1
Flicker ON/OFF setting of input 1
Upper limit flicker setting of input 2
Lower limit flicker setting of input 2
Flicker ON/OFF setting of input 2
Upper limit flicker setting of input 3
Lower limit flicker setting of input 3
Flicker ON/OFF setting of input 3

Setting value possible range-20％ to 120％ of display span. OFF (19)-20％ to 120％ of display span. OFF (19)ON/OFF-20％ to 120％ of display span. OFF (19)-20％ to 120％ of display span. OFF (19)ON/OFF-20％ to 120％ of display span. OFF (19)-20％ to 120％ of display span. OFF (19)ON/OFF

Setting mode 1 is selected by pressing SET switch for longer than 3 seconds.
For shifting to the item of flicker setting, press ＋ and RESET/SHIFT or －and RESET/SHIFT together.
Whenever it presses RESET/SHIFT switch, setting item changes.
If a ＋ switch or － switch is pressed, the set value will change.
The set point can change in high-speed operation gradually by continuingpressing ＋ or － switch.
A detecting function will be excepted if it is made setting which exceeds
120％ by upper limit flicker setting. (OFF，▲ disappears.)
A detecting function will be excepted if it is made setting which exceeds-20％ by lower limit flicker setting. (OFF，▲ disappears.)Note(19) Set value possible range when doing COS
100％ and OFF of display span.

Reset method

display setting, 0％ toUpdate ofsetting value

If a SET switch is pressed, the set point will update.

Return todefault setting

If ＋ and － switches are pressed together for longer than 3 seconds during
setting, the present set values only are reset to the default setting values.
However, both an upper limit flicker value and a lower limit flicker value return
to a default setting.

Press the DISPLAY switch or returns to a measurement display mode by no operating it for
10 minutes.

31

TLC-219-060･Upper limit flicker value
setting of input 1.

･Lower limit flicker value
setting of input 1.

･Flicker ON/OFF setting of
input 1.

Setting №

Current setting

Setting №

Setting №

New setting

Setting index

Current setting

Current setting

Display

Setting index

New setting

New setting(3) DISPLAY switch function change setting (Setting No. № 131)
The function of DISPLAY switch and ＋ switch can be replaced.
Setting No. 131＋

Setting
process0
DISPLAY：Bar graph display
change＋：Maximum value and minimum
value change＋－

1
DISPLAY：Maximum value andminimum value change＋：Bar graph display change

Default setting－

Setting item

Setting No.

Contents of setting

Setting value possible range

131

Function exchange of DISPLAY switch and ＋
switch0，1

Setting mode 1 is selected by pressing SET switch for longer than 3 seconds.
Setting display

For shifting to the item of DISPLAY switch-function exchange setting, press ＋
and RESET/SHIFT or － and RESET/SHIFT together.

Setting
methodSetting valuechangeUpdate ofsetting value
Return todefault setting

Reset method

If a ＋ switch or － switch is pressed, the set value will change.
If a SET switch is pressed, the set point will update.
If ＋ and － switches are pressed together for longer than 3 seconds during
setting, the present set values only are reset to the default setting values.

Press the DISPLAY switch or returns to a measurement display mode by no operating it for
10 minutes.
・DISPLAY switch-function exchange setting
Setting No.

Current setting

Display
The setting are displayed in Japanese.
設定：Setting
New setting

32

TLC-219-060(4) Multiplying factor setting，output pulse unit (kWh/pulse) setting. (Setting No. 141 to 142P)
Set the multiplying factor and output pulse unit.
The multiplier setting can be set when W · Wh measurement specification (display patterns 7 to J).
Setting of an output pulse unit is possible for the case with a pulse output (option).
RESET/SHIFT
141
Multiplying
factor142P
Output pulse
unit

RESET/
SHIFT

0.1
＋

0.01
－

＋

1

Setting
process

＋

－

＋

＋

Default setting＊ A display of the output pulse unit 10000 will
be 9999. (For four digits of displays)

＋

－

－

1
＋

100

10
－

1000

Setting item－

(Example) The output pulse unit at the time ofdesignating multiplying factor 1.
10，1，0.1, 0.01 is possible.
Multiplying
Output pulse unit (kWh/pulse)
factorsetting range
×0.1
1
0.1
0.01
0.001
×1
10
1
0.1
0.01
×10
100
10
1
0.1
×100
1000
100
10
1
×1000
＊ 10000 1000
100
10

－
－

＋

－
0.1

10

＋

Please designate multiplying factor.
Please use it with the same value as the multiplying
factor indicated on the front filter. (It is set as
the same value at the case of shipping.)
The output pulse unit (kWh / pulse) can be set in 4 steps
depending on the value of the magnification.

Setting No.
141
142P

Setting display

Contents of setting
Multiplying factor
Output pulse unit (kWh/pulse)

Setting value possible range
0.1，1，10，100，1000
Please refer to upper list.

Setting mode 1 is selected by pressing SET switch for longer than 3 seconds.
For shifting to the item of multiplying factor setting and output pulse unit
setting, press ＋ and RESET/SHIFT or － and RESET/SHIFT together.
Whenever it presses RESET/SHIFT switch, setting item changes.

Setting
methodSetting valuechangeUpdate ofsetting value
Return todefault setting

Reset method

If a ＋ switch or － switch is pressed, the set value will change.
If a SET switch is pressed, the set point will update.
If ＋ and － switches are pressed together for longer than 3 seconds during
setting, the present set values only are reset to the default setting values.

Press the DISPLAY switch or returns to a measurement display mode by no operating it for
10 minutes.

Voltage (V) × Current (A)Less than 100kW
More than 100kW, Less than 1000kW
More than 1000kW, Less than 10000kW
More than 10000kW, Less than 100000kW

Multiplying factor setting range
×0.1 ，×1，×10，×100 ，×1000
×1，×10 ，×100 ，×1000
×10 ，×100 ，×1000
×100 ，×1000

33

TLC-219-060(5) Backlight setting (Setting No. 151 to 152)【White backlight only】
Set the action and brightness of backlight.

The backlight setting is only white backlight products.
◆ 151 Backlight action
The operation of the backlight can be selectedfrom ON (always on), AUTO (auto off), and OFF(always off).
If 5 minutes elapses without operating aswitch in case it is set as "AUTO (auto off)",
backlight is automatically off.
After that, backlight will be turned on ifeither of switches is operated.
Selection by ＋ and － , set value is updated
by SET .

RESET/SHIFT
151
Backlight
actionRESET/SHIFT

AUTO(Auto off)

152
Backlight
brightness

1

2
OFF
(Always off)

Setting
process◆ 152 Backlight brightness
The backlight brightness can be selected from5 levels from 1 to 5.
Backlight becomes the darkest if it is set as"1". Backlight becomes the brightest if it isset as "5".
Selection by ＋ and － , set value is updated
by SET .

3
ON(Always on)

4

5

Setting value
5
4
3
2
1

Setting item

Setting No.
151
152

Contents of setting
Backlight action
Backlight brightness

Brightness
BrightDark

Setting value possible range
AUTO（Auto OFF）
，OFF（always-off），ON（always-on）
1，2，3，4，5Setting mode 1 is selected by pressing SET switch for longer than 3 seconds.
Setting display

For shifting to the item of backlight setting, press ＋ and RESET/SHIFT or－ and RESET/SHIFT together.
Whenever it presses RESET/SHIFT switch, setting item changes.

Setting
methodSetting valuechangeUpdate ofsetting value
Return todefault setting

Reset method

If a ＋ switch or － switch is pressed, the set value will change.
If a SET switch is pressed, the set point will update.
If ＋ and － switches are pressed together for longer than 3 seconds during
setting, the present set values only are reset to the default setting values.

Press the DISPLAY switch or returns to a measurement display mode by no operating it for
10 minutes.
･ Backlight action setting
Setting No.
Current setting

Display
New setting34

TLC-219-060

6.5.2 Setting mode 2
SET and DISPLAY
3 seconds
DISPLAYRESET/SHIFT and ＋ RESET/SHIFT and －Setting No. 211b to 21C
Display scaling setting
RESET/SHIFT and ＋ RESET/SHIFT and －DISPLAY

Setting No. 221b to 226F
Input calibration setting
RESET/SHIFT and ＋ RESET/SHIFT and －DISPLAY

Setting No. 231 to 233
Input sensitivity (bar graph full-scale) setting
RESET/SHIFT and ＋ RESET/SHIFT and －DISPLAY
Measurement
displaymode

Setting No. 241 to 246
Communication output setting
RESET/SHIFT and ＋ RESET/SHIFT and －DISPLAY

Setting No. 261 to 263
Low input cut setting
RESET/SHIFT and ＋ RESET/SHIFT and －DISPLAY

Setting No. 271 to 273
Display dead band setting
RESET/SHIFT and ＋ RESET/SHIFT and －DISPLAY

Setting No. 281 to 284
Measurement display ON/OFF setting
RESET/SHIFT and ＋ RESET/SHIFT and －DISPLAY

Setting No. 291
Return to default setting.

If SET switch and DISPLAY switch are pushed together for longer than 3 seconds, it becomes the setting
mode 2 from measurement display mode.
Move the setting item with RESET/SHIFT and ＋ switch (or RESET/SHIFT and － switch).
If a DISPLAY switch is pushed, it will return to a display mode.
If ＋ and － switches are pushed together for longer than 3 seconds during setting, the present set
values only are reset to the default settings.
<Caution> There is a display item excepted by the number of input circuits or measurement display ON/OFF
setting.
・In case of input 1 circuit specification, there is no display item of input 2 and input 3.
・In case of input 2 circuit specification, there is no display item of input 3.
・In the case where a measurement display is OFF altogether, the next setting is possible.
Setting mode 2, "Returns to a default setting", "Measurement display ON/OFF setting".

35

TLC-219-060(1) Display scaling setting (Setting No. 211b to 21C)
Scaling setting of the indicated value of an input factor can be performed.
However, setting of an bias value and max. value turns into setting in the range of an bias value ＜ max. value.
RESET/SHIFT
211b
Bias value of
input 1RESET/SHIFT

212F
Max. value of
input 1215b
219b similitude

＋

0.0
＋

217b
21bP similitude

＋

－

＋

＋

－

－

＋

＋

－

Setting
process9999－

1：Power factor
0.5 to 1 to 0.5

・219b
・21AF
・21bP
・21C
211b to 214
similitudeDefault setting
2：Power factor
0 to 1 to 0

－

□.□□□

・215b
・216F
・217P
・218

－

□□.□□
＋

219b to 21C
Setting itemof input 3

211b to 214
similitude

－
＋

9998

215b to 218
Setting itemof input 2

218
21C similitude

0：OFF

□□□.□

100.0
－

214
COS ,Hz,vardislay of input 1

RESET/
SHIFT

□□□□

-9998
－

213P
Decimal pointof input 1

216F
21AF similitude

-9999
＋

RESET/
SHIFT

＋

＋

－

－

3：Frequency
45 to 55Hz＋－

4：Frequency
55 to 65Hz＋－

5：Frequency
45 to 65Hz＋－

6：Reactive power
LEAD□ to 0 to LAG□

Setting No.
211b
212F
213P

Setting item

Setting
methodContents of setting
Display bias value setting of input 1
Display max. value setting of input 1
Display decimal point setting of input 1

214

COS , Hz, var display setting of
input 1

215b
216F
217P

Display bias value setting of input 2
Display max. value setting of input 2
Display decimal point setting of input 2

218

COS , Hz, var display setting of
input 2

219b
21AF
21bP

Display bias value setting of input 3
Display max. value setting of input 3
Display decimal point setting of input 3

21C

COS , Hz, var display setting of
input 3

Setting
display

Setting value possible range-9999 to 9998 (var：LEAD 9999 to 1)-9998 to 9999 (var：LAG 1 to 9999)
No decimal point to 3 digits decimal point
COS ：0.5 to 1 to 0.5 ，0 to 1 to 0
Hz ：45 to 55Hz ，55 to 65Hz ，45 to 65Hz
Var ：LEAD□ to 0 to LAG□
(Set the □ in 211b to 213P)-9999 to 9998 (var：LEAD 9999 to 1)-9998 to 9999 (var：LAG 1 to 9999)
No decimal point to 3 digits decimal point
COS ：0.5 to 1 to 0.5 ，0 to 1 to 0
Hz ：45 to 55Hz ，55 to 65Hz ，45 to 65Hz
Var ：LEAD□ to 0 to LAG□
(Set the □ in 215b to 217P)-9999 to 9998 (var：LEAD 9999 to 1)-9998 to 9999 (var：LAG 1 to 9999)
No decimal point to 3 digits decimal point
COS ：0.5 to 1 to 0.5 ，0 to 1 to 0
Hz ：45 to 55Hz ，55 to 65Hz ，45 to 65Hz
Var ：LEAD□ to 0 to LAG□
(Set the □ in 219b to 21bP)

If SET switch and DISPLAY switch are pressed together for longer than 3
seconds, it becomes the setting mode 2 from measurement display mode.
For shifting to the item of display scaling setting, press ＋ and RESET/SHIFT or－ and RESET/SHIFT together.
Whenever it presses RESET/SHIFT switch, setting item changes.
If COS or Hz display setting is being done by display scaling setting, thedisplay bias value of the input factor, the max. value, and decimal point
setting are excepted.
36

TLC-219-060

Setting valuechangeIf a ＋ switch or － switch is pressed, the set value will change. Set value does
high-speed action gradually by continuing pressing a ＋ or － switch.
When DC power measurement (pattern 7 to J) is set, the power scale (219b to 21Bp)
is automatically scaled from the scale of input 1 (current) and input 2 (voltage).
The scaling can be changed manually. However, if the scaling is changed, thedisplayed value will be misaligned, so only change the number of digits and thedecimal point of the automatically scaled value.
If a 3 digits display and 4 digits display are switched at the case of Hz display
setting, if ＋ switch is pressed with a SET switch pressed, it will change.
In 4 digits display, indicates on the 4th digit of digital display as "4".

Update ofsetting value

If a SET switch is pressed, the set point will update.
The upper limit (lower limit) flicker value of the updated input factor,
return to default setting. (Flicker ON/OFF setting has no change.)

Return todefault
setting

If ＋ and － switches are pressed together for longer than 3 seconds during
setting, only as for the display scaling value of an input factor, and theupper limit and the lower limit flicker value which have been set up now, both
return to a default setting.

Setting
methodReset method

Press the DISPLAY switch or returns to a measurement display mode by no operating it for
10 minutes.
・Bias setting of input 1
・Max. setting of input 1
Setting No.

Setting No.

Current setting

Current setting

New setting

New setting

・Decimal point setting of input 1
Setting No.
Current setting
New setting

Display

・COS setting of input 1
In case of COS ：0.5 to 1 to 0.5

・Hz setting of input 1
In case of frequency 45 to 55Hz (3 digits display)

Setting No.

Setting No.

Current setting

Current setting

New setting

New setting

・var setting of input 1

In case of frequency 45 to 55Hz (4 digits display)
Setting No.

Setting No.

Current setting

Current setting

New setting

4 digits display
New setting37

TLC-219-060(2) Input calibration setting (Setting No. 221b to 226F)
Indicated value adjustments (zero adjustment etc.) of an input factor can be performed.
RESET/SHIFT
221b
Bias value of
input 1RESET/SHIFT

222F
Span value of
input 1223b
225b similitude223b, 224F
Setting itemof input 2

224F
226F similitude-9.99％-9.99％

0.00％

0.00％

9.99％

9.99％

Setting item

Setting display

・225b
・226F

・223b
・224F

Setting
process

Setting No.
221b
222F
223b
224F
225b
226F

225b, 226F
Setting itemof input 3

Default setting

Contents of setting
Calibration (bias) setting of input 1
Calibration (span) setting of input 1
Calibration (bias) setting of input 2
Calibration (span) setting of input 2
Calibration (bias) setting of input 3
Calibration (span) setting of input 3

Setting value possible range-9.99％ to 9.99％ of input span
-9.99％ to 9.99％ of input span
-9.99％ to 9.99％ of input span
-9.99％ to 9.99％ of input span
-9.99％ to 9.99％ of input span
-9.99％ to 9.99％ of input span

If SET switch and DISPLAY switch are pressed together for longer than 3
seconds, it becomes the setting mode 2 from measurement display mode.
For shifting to the item of input calibration setting, press ＋ and
RESET/SHIFT or － and RESET/SHIFT together.
Whenever it presses RESET/SHIFT switch, setting item changes.

Setting
methodReset method

Setting valuechangeIf a ＋ switch or － switch is pressed, the set value will change.
The set point can change in high-speed operation gradually by continuingpressing ＋ or － switch.

Update ofsetting value

If a SET switch is pressed, the set point will update.

Return todefault setting

If ＋ and － switches are pressed together for longer than 3 seconds during
setting, the present set values only are reset to the default setting values.

Press the DISPLAY switch or returns to a measurement display mode by no operating it for
10 minutes.
･Bias setting of input 1･Span setting of input 1

Setting No.

Setting No.

Setting value

Setting value

Display

Current measurement value

Current measurement value

38

TLC-219-060(3) Input sensitivity (bar graph full-scale) setting (Setting No. 231 to 233)
Sensitivity change of the bar graph display of an input factor can be performed.
RESET/SHIFT
231
Input sensitivity
setting of input 1(Bar graph full-scale)RESET/SHIFT

232
Input sensitivity
setting of input 2(Bar graph full-scale)RESET/
SHIFT

233
Input sensitivity
setting of input 3(Bar graph full-scale)

100％

100％

100％

Setting
process
Default setting
50％

50％

50％

1％

1％

1％

Setting No.
231
Setting item

232
233

Contents of setting
Input sensitivity (bar graph full-scale)setting of input 1
Input sensitivity (bar graph full-scale)setting of input 2
Input sensitivity (bar graph full-scale)setting of input 3

Setting value possible range (20)
1％ to 100％ of full scale
1％ to 100％ of full scale
1％ to 100％ of full scale

If SET switch and DISPLAY switch are pressed together for longer than 3
seconds, it becomes the setting mode 2 from measurement display mode.
For shifting to the item of input sensitivity setting, press ＋ andSetting display

Setting
methodSetting valuechangeUpdate ofsetting value
Return todefault setting
Reset method

RESET/SHIFT or － and RESET/SHIFT together.
Whenever it presses RESET/SHIFT switch, setting item changes.
If COS or Hz display setting is being done by display scaling setting, only
the item of the input factor is excepted.
If a ＋ switch or － switch is pressed, the set value will change.
If a SET switch is pressed, the set point will update.
If ＋ and － switches are pressed together for longer than 3 seconds during
setting, the present set values only are reset to the default setting values.

Press the DISPLAY
10 seconds.

switch or returns to a measurement display mode by no operating it for･Input sensitivity setting of input 1

Current setting value
Display
New setting

Note(20) As for less than 39％ of input sensitivity setting, the accuracy of a bar graph display differs.

39

TLC-219-060(4) Communication output setting (Setting No. 241 to 246)
Setting of a communication output can be performed.
241
Address

RESET/
SHIFT

＋

－
2

＋

＋

－

7 bit

－

－

＋

＋

－

＋

＋

－

－

8 bit
－

2400bps＋＋

243
Data length

1200bps3

RESET/SHIFTRESET/
SHIFT

9600bps

1＋

242
Transmission
rate

RESET/
SHIFT－－
4800bps

Setting
process

254

246
Checksum
addition range

RESET/
SHIFT

245
Stop bit

In：ETX is
included

1 bit
＋

＋

＋

－

RESET/
SHIFT

＋

244
Parity

E：Even number－＋－

Default setting

－

－
2 bit

o：ETX is notincluded＋－：Nothing＋－－o：Odd number

Setting item

Setting No.
241
242
243
244
245
246

Setting display

Setting
methodSetting value possible range
1 to 254
1200bps，2400bps，4800bps，9600bps
7 bit，8 bit
Even number (E)，Odd number (o)，Nothing (－)
1 bit，2 bit
ETX is included (In)，ETX is not included (o)If SET switch and DISPLAY switch are pushed together for longer than 3
seconds, it becomes the setting mode 2 from measurement display mode.
For shifting to the item of communication output setting, push ＋ and
RESET/SHIFT or － and RESET/SHIFT together.
Whenever it pushes RESET/SHIFT switch, setting item changes.

Setting valuechangeUpdate ofsetting value
Return todefault setting

Reset method

Contents of setting
Address
Transmission rate
Data length
ParityStop bit
Checksum addition range

If a ＋ switch or － switch is pushed, the set value will change.
If a SET switch is pushed, the set point will update.
If ＋ and － switches are pushed together for longer than 3 seconds during
setting, the present set values only are reset to the default setting values.

Pushes the DISPLAY switch or returns to a measurement display mode by no operating it for
10 minutes.

40

TLC-219-060

・Address・Transmission rate

Setting No.
Current setting

Display

New setting
・Parity

Setting No.
Current setting

New setting・Stop bit

Setting No.
Current setting

New setting

Setting No.
Current setting

New setting

41

・Data length
Setting No.
Current setting

New setting
・Checksum addition range
Setting No.
Current setting

New setting

TLC-219-060(5) Low input cut setting (Setting No. 261 to 263)
Indicated value is fixed to 0 at the case of the minute input equivalent to less than 0.5％ of an input span.
However, effective only at the case of display scaling 0 to N, and -N to 0 to N (example：-100 to 0 to 100).
Don't function at the case of -N' to 0 to N (example：-10 to 0 to 100) and -N to 0.
RESET/SHIFT
261
Low input cut
setting of input 1

Setting
process

RESET/SHIFT

262
Low input cut
setting of input 2

OFF

RESET/
SHIFT

OFF

263
Low input cut
setting of input 3

OFFDefault settingON

Setting item

Setting No.
261
262
263

Setting display

ON

Contents of setting
Low input cut setting of input 1
Low input cut setting of input 2
Low input cut setting of input 3

ON

Setting value possible range
ON/OFF
ON/OFF
ON/OFF

If SET switch and DISPLAY switch are pressed together for longer than 3
seconds, it becomes the setting mode 2 from measurement display mode.
For shifting to the item of low input cut setting, press ＋ and RESET/SHIFTor － and RESET/SHIFT together.

Setting
methodWhenever it presses RESET/SHIFT switch, setting item changes.
Setting valuechangeUpdate ofsetting value
Return todefault setting

Reset method

If a ＋ switch or － switch is pressed, the set value will change.
If a SET switch is pressed, the set point will update.
If ＋ and － switches are pressed together for longer than 3 seconds during
setting, the present set values only are reset to the default setting values.

Press the DISPLAY
10 seconds.

switch or returns to a measurement display mode by no operating it for

・Low input cut setting of input 1
Setting No.

Display

Current setting value

New settingSetting No.

42

TLC-219-060(6) Display dead band setting (Setting No. 271 to 273)
Set to suppress the variation in the indicated value by input variation.
RESET/SHIFT
271
Display dead bandsetting of input 1

0.0％

RESET/
SHIFT

272
Display dead bandsetting of input 2

RESET/
SHIFT

0.0％

273
Display dead bandsetting of input 3

0.0％

Setting
process

Setting item

Default setting
1.0％

1.0％

1.0％

2.0％

2.0％

2.0％

Setting No.
271
272
273

Setting display

Contents of setting
Display dead band setting of input 1
Display dead band setting of input 2
Display dead band setting of input 3

Setting value possible range
0.0％ to 2.0％
0.0％ to 2.0％
0.0％ to 2.0％

If SET switch and DISPLAY switch are pressed together for longer than 3
seconds, it becomes the setting mode 2 from measurement display mode.
For shifting to the item of display dead band setting, press ＋ and
RESET/SHIFT or － and RESET/SHIFT together.

Setting
methodWhenever it presses RESET/SHIFT switch, setting item changes.
Setting valuechangeUpdate ofsetting value
Return todefault setting

Reset method

If a ＋ switch or － switch is pressed, the set value will change.
If a SET switch is pressed, the set point will update.
If ＋ and － switches are pressed together for longer than 3 seconds during
setting, the present set values only are reset to the default setting values.

Press the DISPLAY
10 seconds.

switch or returns to a measurement display mode by no operating it for・Display dead band setting of input 1
Setting No.

Display

Current setting value

New setting

43

TLC-219-060(7) Measurement display ON/OFF setting (Setting No. 281 to 284)
Set the measurement display ON/OFF of an input factor.
For input elements set to OFF with this setting, 0 is transmitted as communication data.
RESET/SHIFT
281
Measurement display
ON/OFF setting of
input 1

Setting
process

RESET/SHIFT

282
Measurement display
ON/OFF setting of
input 2RESET/SHIFT

283
Measurement display
ON/OFF setting of
input 3RESET/SHIFT

284 (21)
Measurement display
ON/OFF setting of DC
electric energy (Wh)

ON

ON

ON

ON

OFF

OFF

OFF

OFF
Default setting

Setting item

Setting No.
281
282
283
284 (21)

Setting display

Contents of setting
Measurement display ON/OFF setting of input 1
Measurement display ON/OFF setting of input 2
Measurement display ON/OFF setting of input 3
Measurement display ON/OFF setting of DC
electric energy (Wh)

Setting value possible range
ON/OFF
ON/OFF
ON/OFF
ON/OFF

If SET switch and DISPLAY switch are pressed together for longer than 3
seconds, it becomes the setting mode 2 from measurement display mode.
For shifting to the item of measurement display ON/OFF setting, press ＋ and
RESET/SHIFT or － and RESET/SHIFT together.

Setting
methodWhenever it presses RESET/SHIFT switch, setting item changes.
Setting valuechangeUpdate ofsetting value
Return todefault setting

Reset method

If a ＋ switch or － switch is pressed, the set value will change.
If a SET switch is pressed, the set point will update.
If ＋ and － switches are pressed together for longer than 3 seconds during
setting, the present set values only are reset to the default setting values.

Press the DISPLAY
10 seconds.

switch or returns to a measurement display mode by no operating it for・Setting of measurement display ON/OFF of an input 1.
Setting No.

Display

Current setting value

New setting

Note(21) This can be set during Wh measurement (display pattern D to J).

44

TLC-219-060(8) Return to default setting (Setting No. 291)
Returns all settings to their default settings.
291
Default setting

Setting
process

Push SET for morethan 3 seconds.
Return to default setting

Setting item

Setting
methodSetting No.
291

Setting display

Return todefault setting
Reset method

Contents of setting
Return to default setting

Setting value possible range―
If SET switch and DISPLAY switch are pressed together for longer than 3
seconds, it becomes the setting mode 2 from measurement display mode.
For shifting to the item of "return to default setting", press ＋ and
RESET/SHIFT or － and RESET/SHIFT together.
SET switches are pressed for longer than 3 seconds, all the set points
return to an default setting.

Press the DISPLAY switch or returns to a measurement display mode by no operating it for
10 minutes.
・Return to default setting
Setting No.

Display

Lights when initialization is execute.

45

TLC-219-060

6.6 Integrated value (Wh) reset
An integrated power value is reset (zero clear) with the following process.
The display and communication data are set to 0 after reset.
① Press SET switch and DISPLAY switch for 3
seconds or more simultaneously, and goes into
the screen in the setting mode 2.

② Press RESET/SHIFT switch and the － switch
simultaneously, and goes into the display
screen of setting No.291.

Settingmode 2.

Setting
No. 291③ Press ＋ switch and － switch for 5 seconds ormore simultaneously, and indicates a "h.CLr".

④ If it returns from "h.CLr" display status to"dEF" display status, Wh integrated value
reset is completion.

⑤ Presses the DISPLAY switch and returns to a measurement display mode.

46

TLC-219-060

6.7 About the scale of bar graph(1) Bar graph scale turns into nearest scale including the full-scale value of a display, it automatic-selectsfrom the following standard scale, and displays.
And, a standard bar graph display becomes 3 kinds. (0 to N，-N to 0，-N to 0 to N)
Bar graph display of standard

At fragment swing
At both swing

Example) Fragment swing-9900≦N≦9900

Example) Both swing

In case of display scaling setting 0 to 200.0A
of input 1.
Standard scale

0 to N or -N to 0
-N to 0 to N

In case of display scaling setting -100.0 to 100.0A
of input 1.

1 ，1.2 ，1.5 ，1.6 ，1.8 ，2 ，2.4 ，2.5 ，3 ，3.2 ，3.6 ，4 ，4.5 ，4.8 ，5 ，6 ，
6.4 ，7.2 ，7.5 ，8 ，9 ，9.6
Integral multiple of 10.(10ｎ)(2) In case a display full-scale value becomes between the above scale division by setting of a display
scaling. The nearest bar graph scale including the value is selected.
Example) In case of display scaling setting-98.0 to +98.0A of input 1.

Example) In case of display scaling setting
0 to 190.0A of input 1.

The scale of 200 is selected because there isno scale 190.

The scale of 100 is selected because there
is no scale 98.

(The nearest bar scale including 190.0 values
is selected.)(The nearest bar scale including 98.0 values
is selected.)<Caution>・In case of the scale which does not contain 0, such as 10 to 2000, display as the standard bar graph scale
is 0 to 2000.
・In case of unbalanced scales, such as -10 to 0 to 100, display as the standard bar graph scale is -100 to 0
to 100.
(3) Please refer to an attached chart 1 "Bar graph scale division details" about the details of each scale
division.
47

TLC-219-060

7. Specification
7.1 Specification code, Type
①

②

Type

－

Hard
model

Product nameType
① (Function)②③

Input 1

Without backlightWith backlight

Hard model

Input range③④⑤④
Input range③：Specification code for
input 1④：Specification code for
input 2⑤：Specification code for
input 3⑥

Auxiliary supply⑦

External operation input⑧

Communication output⑨

Pulse output⑩

Mounting position(LCD view angle)

Input 2⑤⑥⑦
External－
Auxiliary
operation
supplyInput 3input⑧
Communication
output⑨⑩

Pulse
outputMounting
position

DC multi-meter
TLC-110
TLC-110L
DC input × 3 circuit (Max.)
Code
A
Model A , Without backlightD
Model D , With backlight (White)0None
1
DC0 to 50mV
2
DC0 to 60mV
3
DC0 to 100mV
4
DC0 to 50V5
DC0 to 75V6
DC0 to 100V
7
DC0 to 150V
8
DC0 to 200V
9
DC0 to 1mA
DC power (W) measurement，DC integral power (Wh) measurement
W(Calculations value) (22)Y
DC±301V to ±800V
Z
Other (23)1AC85 to 253V DC80 to 143V for both AC and DC uses
2
DC20 to 56V
Z
Other
0
None
2
External reset
Z
Other
A
Protocol A (RS-485 communication output)0
None1
One output, Normally open contact (1a contact) (Photo MOS relay)0
For upper installation (For lower view)
F
Wide viewing angle (Hard model D only)

Note(22) In DC electric energy (Wh) measurement, please use it in scaling and unit of the appendix table 1(power measurement scaling list).
Note(23) 1) Input range standard range ･････ Voltage input：±50mV to ±600V
Current input：±500μA to ±50mA2）Input range special range ･･････ Voltage input：±601V to ±800V
Current input：±100μA to ±499μA(The digital display accuracy changes to ±1.0％ → ±1.5％)
3）Voltage input more than ±301V. Used in combines series resistance (DM-1, accessories) with 1mA
meter.
4）Current input over ±50mA. Used in combines a shunt (option).

48

TLC-219-060

7.2 Specification
Item
Number of input
circuits

Specification
Maximum of 3 circuit
Code

Input range

Maximum circuit
voltage

Digital display
range

Bar graphdisplay range

0
1
2
3
4
5
6
7
8
9
Y

Input

(Mutual insulates by AC2000V.)
Input
resistance－

Remarks

No inputStandard input range. Voltage input ±50mV to ±300V
DC0 to 50mV
Current input ±500μA to ±50mA
DC0 to 60mV
DC0 to 100mV
Special input range.
Voltage input ±601V to ±800V
DC0 to 50V
Current input ±100μA to ±499μA
About 1MΩDC0 to 75V(The digital display accuracy
DC0 to 100V
changes to ±1.0％ → ±1.5％.)
DC0 to 150V
Voltage input more than ±301V, it is used combines a
DC0 to 200V
series resistance (DM-1, accessories) with 1mA meter.
DC0 to 1mA
About 1MΩDC±301 to
About 301 to
Current input over ±50mA, it is used of combines a
±800V
800kΩ
shunt (option).
Z
－
Other
500V (Standard)
However, it can respond to 800V by designation.
(Withstand voltage for set to AC2000V → AC2200V.)
Arbitrarily setting of the position
Digital display-9999 to 9999
of the number of digits and decimal
point. (24)
4 digits fixation.
Power factor(1) LEAD 0.500 to 1.000 to LAG 0.500
The position of decimal point is(COS ) display(2) LEAD 0.000 to 1.000 to LAG 0.000
fixed.
(1) 45.0 to 55.0Hz or 45.00 to 55.00Hz 3 digits or 4 digits fixation.
Frequency display (2) 55.0 to 65.0Hz or 55.00 to 65.00Hz The position of decimal point is(3) 45.0 to 65.0Hz or 45.00 to 65.00Hz fixed.
Reactive power
Arbitrarily setting of thedisplay
LEAD 9999 to 0 to LAG 9999
position of the number of digits(LEAD，LAG)
and decimal point.
1 ，1.2 ，1.5 ，1.6 ，1.8 ，2 ，2.4 ，Maximum scale
2.5 ，3 ，3.2 ，3.6 ，4 ，4.5 ，4.8 ，However range of -9900≦N≦9900
value
5 ，6 ，6.4 ，7.2 ，7.5 ，8 ，9 ，9.6
ｎIntegral number times of 10. (10 )A scale value is fixed.
(1) LEAD 0.5 to 1 to LAG 0.5
Only at the case of powe factor
Power factor(2) LEAD 0 to 1 to LAG 0
display selection, LEAD and LAG(COS ) display
displays.
(1) 45 to 55Hz
Frequency display (2) 55 to 65Hz
A scale value is fixed.
(3) 45 to 65Hz
However, the range of LEAD 9900 to
0 to LAG 9900.
Reactive power
LEAD□ to 0 to LAG□
display□ is the same numerical value as the Only at the case of reactive power
display selection, LEAD and LAG(LEAD，LAG)
above maximum scale.
indicates.

Note(24) If display 9999 is exceeded, the amount of DC powers (Wh) returns to 0, and continues a count.

49TLC-219-060

ItemStandard unit

LCD (18 types) (25)(1) A(2) kA(3) kV(4) kW(26)(5) m(6) m/h(26)(7) m/min (26)(8) min(9) m3(10) m3/h(11) m3/min(12) MW(26)(13) r/min(14) V(15) W(26)(16) ％(17) ℃(18) No unit

(1)
(2)
(3)
(4)
(5)
(6)
(7)
(8)
(9)
(10)
(11)
(12)
(13)
(14)
(15)
(16)
(17)
(18)

APm
bar
cm
COS
ELm
Hz
J
K
kg
kg/h
kg/m2
kg/m3
kL
kN
kPa
kvar
kW
(28)
L

Specification
Unit lettering display (56 type) (27)(19) L/h(37) Nm3/min(55)(20) L/min(38) N/m2(56)(21) mA(39) N/mm2(22) mg/L(40) OPm(23) min-1(41) Pa(24) mL/min(42) pH(25) mm(43) ppm(26) m/h(28) (44) R(27) m/min (28) (45) rad(28) m/s(46) rpm(29) MV(47) SPm(30) m3/s(48) t(31) Mpa(49) t/h(32) Mvar(50) TPm(33) MW(28) (51) W(28)(34) N(52) YPm(35) N･m(53) μm(36) Nm3/h(54) μS/cm

Note(25) LCD, Main monitor：18 types. Submonitor：13 types.
Note(26) LCD display is possible only for the main monitor. Sub-monitor cannot display of LCD.
Note(27) Lettering display. Main monitor：51 types, Sub-monitor：56 types.
Lettering character height. Main monitor：8.5mm, Sub-monitor：5mm.
The character color of lettering, Gray (DIC, The 13th edition, 541)
Note(28) A lettering display is possible only for a sub-monitor.
The main monitor serves as a liquid crystal display.

50

度
kWh

TLC-219-060

7.3 Performance
Item

Specification
INPUT1，2，3 ±1.0％ (％ for span)
Accuracy of digital
A，V，W±1.0％ (％ for span)
displayWh±3.0％ (29)(30)
Accuracy of digital display ±1.0％
Accuracy of bar graph±5.0％ (％ for span)
Influence of temperature
23±10℃ in accuracy
JIS C 1102-1：1997 ･･･ Direct acting indicating analogue electrical measuring
instruments and their accessories.
Part 1：Definitions and general requirements common to allparts.
JIS C 1102-2：1997 ･･･ Direct acting indicating analogue electrical measuring
instruments and their accessories.
Part 2：Special requirements for ammeters and voltmeters.
JIS C 1102-7：1997 ･･･ Direct acting indicating analogue electrical measuring
instruments and their accessories.
Part 7：Special requirements for multi-function instruments.
JIS C 1102-8：1997 ･･･ Direct acting indicating analogue electrical measuring
Conformity technicalinstruments and their accessories.
standard
Part 8：Special requirements for accessories.
JIS C 1102-9：1997 ･･･ Direct acting indicating analogue electrical measuring
instruments and their accessories.
Part 9：Recommended test methods.
JIS C 1111：1989 ･････ Electrical measuring transducers for converting a.c.
electrical quantities into d.c. electrical quantities.
JIS C 1010-1：1998 ･･･ Safety requirements for electrical equipment formeasurement, control, and laboratory use.
Part 1：General requirements.
EIA RS-485：1983･･･ Electrical Characteristics of Generators and Receivers for
Use in Balanced Digital Multipoint Systems.
Display updating time
About 1 second (Bar graph of about 0.25 second)
Main monitor
Character height 10mm, 4 digits
Display device,
Character height 6mm, 4 digits
LCD Sub-monitor (Left),(Right)
Display composition
Bar graph
30 dots(1) AC85 to 253V 50/60Hz 10VA (Rated voltage AC100/110V, 200/220V)
TLC-110DC80 to 143V
5W (Rated voltage DC100/110V)(Without
for both AC and DC uses
backlight)(2) DC20 to 56V
6W (Rated voltage DC24/48V)(1) or (2).
(1) AC85 to 253V 50/60Hz 12VA (Rated voltage AC100/110V, 200/220V) Designate
TLC-110L
DC80 to 143V
6W (Rated voltage DC100/110V)
Auxiliary (Withfor both AC and DC uses
backlight)
supply(2) DC20 to 56V
7W (Rated voltage DC24/48V)
Rated voltage AC110V
Less than 5.2A (About 1.7ms)
Rated voltage AC220V
Less than 10.4A (About 1.7ms)
Rush current
Rated voltage DC110V
Less than 3.7A (About 1.7ms)(Time constant)
Rated voltage DC24V
Less than 5.5A (About 3.6ms)
Rated voltage DC48V
Less than 10.9A (About 3.6ms)
Voltage circuit
2 times 10 seconds, 1.2 times continuation of rated voltage
Current circuit
10 times 5 seconds, 1.2 times continuation of rated current
Overload capacity
1.5 times 10 seconds, 1.2 times continuation of rated voltage.
Auxiliary supply In case of DC110V, 1.5 times 10 seconds, 1.3 times continuationof rated voltage.
Note(29) The starting current of the amount of direct current powers (Wh) becomes 2%. However, 2% or less,it performs measurement and performs a low input cut at less than 0.5% of W inputs. (The starting
current is based on the differential meter assay inspection rule of Ministry of International Tradeand Industry.)Note(30) Power integrates only + power.

51

TLC-219-060

Item
Insulation resistanceWithstand voltage

Impulse withstand voltage

Noise-capacity

Vibration, shock
Construction
Material
Color
Mass
Warranty at blackout
Operation temperature andhumidity range
Storage temperature range

Specification
Between electric circuit and a case (ground).
Between input, output, auxiliary supply.
Above 50MΩ at DC500V megger.
Between inputs.
Between outputs (communication, pulse).
Between electric circuit and a case (ground).
AC2000V (50/60Hz) 1 minute (31)
Between input, output, auxiliary supply.
Between inputs.
Between outputs (communication, pulse).
AC1500V (50/60Hz) 1 minute
5kV 1.2/50μs Both positive andBetween electric circuit and a case (ground).
negative polarity for 3 times each(1) Oscillatory surge voltage
If a vibration damping waveform (1 to 1.5MHz, peak voltage：2.5 to 3kV) is repeated
and added, error is less than ±10％. And there are not a communication error
or stop.
Voltage circuit, current circuit (Common)
Auxiliary supply circuit (Normal / Common)(2) Square wave impulse noise
If a noise (1μs, 100ns width) is repeated and it adds for 5 minutes, error isless than ±10％. And there are not a communication error or stop.
Voltage, current circuit (Common)
Over 1.5kV
Auxiliary supply circuit (Normal / Common) Over 1.5kV
External operation input (Common)
Over 1.0kV
Communication output (Induction)
Over 1.0kV
Pulse output (Common)
Over 1.0kV(3) Wave noise
If the intermittence irradiation of the wave (5W, 1m) of 150MHz, 400MHz bandis done, and if the intermittence irradiation of the wave (1m) of a cellular
phone is done, error is less than ±10％. And there are not a communication error
or stop.
(4) Electrostatic noise
At the 8kV at power distribution, error is less than ±10％. And there are not
a communication error or stop.
There needs to be no 10kV damage at the case of the non-power distribution.
Condenser charge form.
Vibration：Single amplitude 0.15mm, 10 to 55Hz, Each minute octave in 5 times sweep
Shock：490m/s２ Each direction 3 times
Dimension：110mm (Width) × 110mm (Height) × 104.5mm (Depth) Body diameter：99mmφ
With terminal coverCase，Cover：ABS(V-0) ，Terminal block：PBT ，Terminal cover：Polycarbonate
Black (Munsell N1.5)
Approx. 520g
Maximum value, Minimum value, Setting value. Nonvolatile memory in data holds.
-10 to +55℃, 30 to 85％ RH

Non condensing.

-25 to +70℃

31

Note( ) In the case of circuit voltage 501 to 800V, the withstand voltage is AC2200V.

52

TLC-219-060

7.4 Option specifications 〔Production of the following products with input and output is possible by designating.〕
Item

Specification
Standard
EIA RS-485
Transmission system
Half duplex two-wire system
Synchronous method
Asynchronous communication
Accuracy
INPUT1,2,3：±0.5％ , A,V,W：±0.5％ , Wh：±3.0％
Transmission rate
1200bps / 2400bps / 4800bps / 9600bps
Line code
NRZ
RS-485
Start bit
1 bit
communication
Data length
7 bit / 8 bit
outputParity bit
Nothing / Odd number / Even number
Stop bit
1 bit / 2 bit
Cable length
1000m (Total extension)
Address
1 to 254 (Up to 31 units can be connected)
Transmission character ASCII code
Please read a communication specification for details.
Input factor
External reset ×1
External reset：By applying a voltage signal from the outside, the maximum
value and the minimum value are reset.
External
An input is the same rating as an auxiliary power supply.
operation
Input(1) AC100/110V 0.4VA, AC200/220V 1.4VA, DC100/110V 0.4W for both AC and DC uses
input
specification
Contact capacity：About 3mA (AC,DC100/110V), About 6mA (AC200/220V)(2) DC24V 0.3W, DC48V 1.2W
Contact capacity：About 10mA (DC24V), About 20mA (DC48V)
Output factor
DC electric energy (Wh)
Accuracy±3.0％
Output method
Optical MOS-FET relay, 1a contact
Contact capacity AC･DC125V，70mA (Resistance load, inductive load)
Pulse width
250ms±10％
By range setting, it may have been 100 to 130ms. (32)Setting of an output pulse unit is possible in the next range.
Multiplying
Pulse output
Output pulse unit (kWh/pulse)
factor
0.1
1
0.1
0.01
0.001
(Example)
1
10
1
0.1
0.01
← If multiplying factor 1 isdesignation, the next setting is
10
100
10
1
0.1
possible for an output pulse
100
1000
100
10
1
33
unit. 10，1，0.1，0.01.
1000( ) 10000
1000
100
10
Note(32) In the case of setting as more than 1 pulse / second of the pulse cycle
in case of

V×A (kW)≧3600 .
Output pulse unit

The pulse width is 100 to 130ms. If pulse width is 250ms, it applies the limiter of a pulse
output by about 2Hz. And if pulse width is 100 to 130ms, it applies the limiter of a pulse output
by about 4.5Hz. (0 ＜ pulse output (Hz) ≦ 2Hz or 4.5Hz)
Note(33) As for the output pulse unit 10000, a display is 9999. (For 4 digits of displays)● Caution on the use of external operation input (Option)
Power consumption of external operation input is 0.4VA at AC110V or 1.4VA at
AC220V or 0.4W at DC110V.
When a relay or a switch is used for power feed, its minimum application load
should be about 1mA.

53

P

N
19
20

TLC-219-060

8. Trouble shooting

Symptoms
Indicator does not
display.

Possible causes

Remedial measures

The power supply is not supplied.
(Not connected. or voltage is low)

Check the auxiliary supply.
Reapply of auxiliary power.

Measurement display ON/OFF setting is set to OFF.

Please check setting

Trouble of products.

Replace the products.

The error of measurement
value is large.

Range setting is not right.

Please set again.
Check the communication
cable.

Communication error

Communication cable is disconnection, or connection
is not right. (Polarity etc.)
Setting of communication is not right.
(Address, Transmission rate, Data length, Parity,
Stop bit, Checksum addition range)

54

Check the setting.

TLC-219-060
Attached chart 1.

Bar graph scale division details.
The number in a bar graph scale is equivalent to the number of the following figure liquid crystal screen.
(A number is not displayed on actual liquid crystal.)And, scale division changes with full-scale values.

1

2 3 4 5 6

7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30

At fragment swing.
(0 to N)：LCD scale lighting.

0.4
0.8
1.6
2
3.2

0

0.8
1.6
3.2
4
6.4

1.2
2.4
4.8
6
9.6

Scale
Bar graph

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30
0.4
0.5
0.8
1
1.6
2

0

0.8
1
1.6
2
3.2
4

1.2
1.5
2.4
3
4.8
6

1.6
2
3.2
4
6.4
8

Scale
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30

Bar graph

0.6
1.2
1.5
2.4
3

0

1.2
2.4
3
4.8
6

1.8
3.6
4.5
7.2
9

Scale
Bar graph

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30

0

0.2
0.5
1

0.4
1
2

0.6
1.5
3

0.8
2
4

1
2.5
5

Scale
Bar graph

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30

0

0.5
1
2.5

1
2
5

1.5
3
7.5

Scale
Bar graph

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30

55

Scale value
is integral
multiple of
10. (10ｎ)

Scale value
is integral
multiple ofｎ
10. (10 )Scale value
is integral
multiple of
10. (10ｎ)

Scale value
is integral
multiple of
10. (10ｎ)

Scale value
is integral
multiple of
10. (10ｎ)

TLC-219-060

At fragment swing.
(-N to 0)：LCD scale lighting.

-1.2
-2.4
-4.8
-6
-9.6

-0.8
-1.6
-3.2
-4
-6.4

-0.4
-0.8
-1.6
-2
-3.2

0

Scale
Bar graph

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30
-1.6
-2
-3.2
-4
-6.4
-8

-1.2
-1.5
-2.4
-3
-4.8
-6

-0.8
-1
-1.6
2
-3.2
-4

-0.4
-0.5
-0.8
-1
-1.6
-2

0

Scale
Bar graph

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30
-1.8
-3.6
-4.5
-7.2
-9

-1.2
-2.4
-3
-4.8
-6

-0.6
-1.2
-1.5
-2.4
-3

0

Scale
Bar graph

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30
-1
-2.5
-5

-0.8
-2
-4

-0.6
-1.5
-3

-0.4
-1
-2

-0.2
-0.5
-1

0

Scale
Bar graph

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30
-1.5
-3
-7.5

-1
-2
-5

-0.5
-1
-2.5

0

Scale
Bar graph

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30

56

Scale value
is integral
multiple of
10. (10ｎ)

Scale value
is integral
multiple of
10. (10ｎ)

Scale value
is integral
multiple of
10. (10ｎ)

Scale value
is integral
multiple ofｎ
10. (10 )Scale value
is integral
multiple ofｎ
10. (10 )TLC-219-060

At both swing.
(-N to 0 to N)：LCD scale lighting.

-1
-1.6
-2
-3.2
-4
-6.4
-8

-0.5
-0.8
-1
-1.6
-2
-3.2
-4

0.5
0.8
1
1.6
2
3.2
4

0

1
1.6
2
3.2
4
6.4
8

Scale
Bar graph

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30
-1.2
-1.5
-1.8
-2.4
-3
-3.6
-4.5
-4.8
-6
-7.2
-7.5
-9
-9.6

-0.8
-1
-1.2
-1.6
-2
-2.4
-3
-3.2
-4
-4.8
-5
-6
-6.4

-0.4
-0.5
-0.6
-0.8
-1
-1.2
-1.5
-1.6
-2
-2.4
-2.5
-3
-3.2

0.4
0.5
0.6
0.8
1
1.2
1.5
1.6
2
2.4
2.5
3
3.2

0

0.8
1
1.2
1.6
2
2.4
3
3.2
4
4.8
5
6
6.4

1.2
1.5
1.8
2.4
3
3.6
4.5
4.8
6
7.2
7.5
9
9.6

Scale
Bar graph

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30

-2.5
-5

-1.5
-3

-0.5
-1

0

1.5
3

0.5
1

2.5
5

Scale
Bar graph

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30

Scale value
is integral
multiple of
10. (10ｎ)

Scale value
is integral
multiple of
10. (10ｎ)

Scale value
is integral
multiple of
10. (10ｎ)Frequency (Hz)：LCD scale lighting.

45
55
45

55
60
50

65
65
55

Scale
Bar graph

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30

Power factor (COS )

LEAD
0
0.5

0.4
0.7

LAG
0.8
0.9

1
1

0.8
0.9

：LCD scale lighting.

0.4
0.7

0
0.5

Scale
Bar graph

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30

57

TLC-219-060

Reactive power (var)：LCD scale lighting.

LEAD
1
1.6
2
3.2
4
6.4
8

LAG

0.5
0.8
1
1.6
2
3.2
4

0.5
0.8
1
1.6
2
3.2
4

0

1
1.6
2
3.2
4
6.4
8

Scale
Bar graph

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30

LEAD
1.2
1.5
1.8
2.4
3
3.6
4.5
4.8
6
7.2
7.5
9
9.6

0.8
1
1.2
1.6
2
2.4
3
3.2
4
4.8
5
6
6.4

LAG
0.4
0.5
0.6
0.8
1
1.2
1.5
1.6
2
2.4
2.5
3
3.2

0.4
0.5
0.6
0.8
1
1.2
1.5
1.6
2
2.4
2.5
3
3.2

0

0.8
1
1.2
1.6
2
2.4
3
3.2
4
4.8
5
6
6.4

1.2
1.5
1.8
2.4
3
3.6
4.5
4.8
6
7.2
7.5
9
9.6

Scale
Bar graph

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30

LEAD
2.5
5

1.5
3

Scale value
is integral
multiple of
10. (10ｎ)

LAG
0.5
1

0

0.5
1

1.5
3

2.5
5

Scale
Bar graph

Scale value
is integral
multiple of
10. (10ｎ)

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30

58

Scale value
is integral
multiple of
10. (10ｎ)

TLC-219-060
Appendix table 1
Power measurement scaling list. (The example of a display)
From a voltage value and current value, it does automatic scaling of the power value. And, the scaling change bymanual operation is possible. In the case of the DC electric energy (Wh) measurement specification, it cannot use
it other than the unit designated with the list.
30V
30.00W(30)
36.00W
(36)

50V
50.0W
(50)
60.0W
(60)

60V
60.0W
(60)
72.0W
(72)

75V
75.0W
(75)
90.0W
(90)

100V
100.0W(100)
120.0W(120)

150V
150.0W(150)
180.0W(180)

200V
200.0W(200)
240.0W(240)

250V
250.0W(250)
300.0W(300)

300V
300.0W(300)
360.0W
(360)

400V
400W
(400)
480W
(480)

500V
500W
(500)
600W
(600)

600V
600W
(600)
720W
(720)

750V
750W
(750)
900W
(900)

800V
800W
(800)
960W
(960)

45.0W
(45)

75.0W
(75)

90.0W
(90)

112.5W(120)

150.0W(150)

225.0W(240)

300.0W(300)

375.0W
(400)

450W
(450)

600W
(600)

750W
(750)

900W
(900)

1125W
(1200)

1200W(1200)

60.0W
(60)
75.0W
(75)

100.0W(100)
125.0W(150)

120.0W(120)
150.0W(150)

150.0W(150)
187.5W(200)

200.0W(200)
250.0W(250)

300.0W(300)
375.0W
(400)

400W
(400)
500W
(500)

500W
(500)
625W
(640)

600W
(600)
750W
(750)

800W
(800)
1000W
(1000)

1000W(1000)
1250W(1500)

1200W(1200)
1500W(1500)

1500W(1500)
1875W(2000)

1600W(1600)
2000W(2000)

3A

90.0W
(90)

150.0W(150)

180.0W(180)

225.0W(240)

300.0W
(300)

450W
(450)

600W
(600)

750W
(750)

900W
(900)

1200W
(1200)

1500W(1500)

1800W(1800)

2250W(2400)

2400W(2400)

4A

120.0W(120)

200.0W(200)

240.0W(240)

300.0W
(300)

400W
(400)

600W
(600)

800W
(800)

1000W
(1000)

1200W(1200)

1600W(1600)

2000W(2000)

2400W(2400)

3000W(3000)

3200W(3200)

5A

150.0W(150)

250.0W(250)

300.0W(300)

375.0W
(400)

500W
(500)

750W
(750)

1000W
(1000)

1250W(1500)

1500W(1500)

2000W(2000)

2500W(2500)

3000W(3000)

3750W(4000)

4.00kW(4)

6A

180.0W(180)

300.0W(300)

360.0W
(360)

450W
(450)

600W
(600)

900W
(900)

1200W
(1200)

1500W(1500)

1800W(1800)

2400W(2400)

3000W(3000)

3600W(3600)

4.50kW(4.5)

4.80kW
(4.8)

7.5A

225.0W(240)

375.0W
(400)

450W
(450)

563W
(600)

750W
(750)

1125W
(1200)

1500W(1500)

1875W(2000)

2250W(2400)

3000W(3000)

3750W(4000)

4.50kW
(4.5)

5.63kW(6)

6.00kW(6)

8A

240.0W
(240)

400W
(400)

480W
(480)

600W
(600)

800W
(800)

1200W
(1200)

1600W(1600)

2000W(2000)

2400W(2400)

3200W(3200)

4.00kW(4)4.80kW(4.8)

6.00kW(6)

6.40kW(6.4)

300.0W(300)
360.0W
(360)

500W
(500)
600W
(600)

600W
(600)
720W
(720)

750W
(750)
900W
(900)

1000W
(1000)
1200W(1200)

1500W(1500)
1800W(1800)

2000W(2000)
2400W(2400)

2500W(2500)
3000W(3000)

3000W(3000)
3600W(3600)

4.00kW(4)4.80kW(4.8)

5.00kW(5)
6.00kW(6)

6.00kW(6)
7.20kW(7.2)

7.50kW(7.5)
9.00kW(9)8.00kW(8)9.60kW
(9.6)

450W
(450)

750W
(750)

900W
(900)

1125W
(1200)

1500W(1500)

2250W(2400)

3000W(3000)

3750W(4000)

4.50kW(4.5)

6.00kW(6)

7.50kW(7.5)

9.00kW 11.25kW 12.00kW
(9)
(12)
(12)

600W
(600)
750W
(750)

1000W
(1000)
1250W(1500)

1200W(1200)
1500W(1500)

1500W(1500)
1875W(2000)

2000W(2000)
2500W(2500)

3000W(3000)
3750W(4000)

4.00kW(4)
5.00kW(5)5.00kW(5)
6.25kW(6.4)

6.00kW 8.00kW 10.00kW 12.00kW 15.00kW 16.00kW
(6)
(8)
(10)
(12)
(15)
(16)
7.50kW 10.00kW 12.50kW 15.00kW 18.75kW 20.00kW
(7.5)
(10)
(15)
(15)
(20)
(20)

30A

900W
(900)

1500W
(1500)

1800W(1800)

2250W(2400)

3000W(3000)

4.50kW(4.5)

6.00kW(6)

7.50kW(7.5)

9.00kW 12.00kW 15.00kW 18.00kW 22.50kW 24.00kW
(9)
(12)
(15)
(18)
(24)
(24)

40A

1200W
(1200)

2000W(2000)

2400W(2400)

3000W(3000)

4.00kW(4)

6.00kW(6)

8.00kW 10.00kW 12.00kW 16.00kW 20.00kW 24.00kW 30.00kW 32.00kW
(8)
(10)
(12)
(16)
(20)
(24)
(30)
(32)

50A

1500W
(1500)

2500W(2500)

3000W(3000)

3750W(4000)

5.00kW(5)

7.50kW 10.00kW 12.50kW 15.00kW 20.00kW 25.00kW 30.00kW 37.50kW
(7.5)
(10)
(15)
(15)
(20)
(25)
(30)
(40)

40.0kW
(40)

60A

1800W
(1800)

3000W(3000)

3600W(3600)

4.50kW(4.5)

6.00kW(6)

9.00kW 12.00kW 15.00kW 18.00kW 24.00kW 30.00kW 36.00kW
(9)
(12)
(15)
(18)
(24)
(30)
(36)

45.0kW(45)

48.0kW
(48)

75A

2250W
(2400)

3750W(4000)

4.50kW
(4.5)

5.63kW(6)

7.50kW 11.25kW 15.00kW 18.75kW 22.50kW 30.00kW 37.50kW
(7.5)
(12)
(15)
(20)
(24)
(30)
(40)

45.0kW(45)

56.3kW(60)

60.0kW
(60)

80A

2400W
(2400)

4.00kW(4)4.80kW(4.8)

6.00kW(6)

8.00kW 12.00kW 16.00kW 20.00kW 24.00kW 32.00kW
(8)
(12)
(16)
(20)
(24)
(32)

40.0kW(40)

48.0kW(48)

60.0kW(60)

64.0kW(64)

3000W(3000)
3600W(3600)

5.00kW(5)
6.00kW(6)

6.00kW(6)
7.20kW(7.2)

7.50kW 10.00kW 15.00kW 20.00kW 25.00kW 30.00kW
(7.5)
(10)
(15)
(20)
(25)
(30)
9.00kW 12.00kW 18.00kW 24.00kW 30.00kW 36.00kW
(9)
(12)
(18)
(24)
(30)
(36)

40.0kW(40)
48.0kW(48)

50.0kW(50)
60.0kW(60)

60.0kW(60)
72.0kW(72)

75.0kW(75)
90.0kW(90)

80.0kW(80)
96.0kW(96)

4.50kW(4.5)

7.50kW(7.5)

9.00kW 11.25kW 15.00kW 22.50kW 30.00kW 37.50kW
(9)
(12)
(15)
(24)
(30)
(40)

60.0kW(60)

75.0kW(75)

90.0kW 112.5kW 120.0kW
(90)
(120)
(120)

1A
1.2A
1.5A
2A
2.5A

10A
12A
15A
20A
25A

100A
120A
150A
200A
250A

6.00kW 10.00kW 12.00kW 15.00kW 20.00kW 30.00kW
(6)
(10)
(12)
(15)
(20)
(30)
7.50kW 12.50kW 15.00kW 18.75kW 25.00kW 37.50kW
(7.5)
(15)
(15)
(20)
(25)
(40)

40.0kW(40)
50.0kW(50)

50.0kW(50)
62.5kW(64)

45.0kW(45)

60.0kW 80.0kW 100.0kW 120.0kW 150.0kW 160.0kW
(60)
(80)
(100)
(120)
(150)
(160)
75.0kW 100.0kW 125.0kW 150.0kW 187.5kW 200.0kW
(75)
(100)
(150)
(150)
(200)
(200)

It is the full-scale value of a digital display. ( ) is the full-scale value of bar graph.
< Cautions > Full scale is less than 4000, displays by 4 digits. More than 4000, displays by 3 digits.
Example) 20kW → 20.00kW
48kW → 4.80kW
59

TLC-219-060
30V

50V

60V

75V

100V

150V

200V

250V

300V

400V

500V

600V

750V

800V

75.0kW(75)

90.0kW 120.0kW 150.0kW 180.0kW 225.0kW 240.0kW
(90)
(120)
(150)
(180)
(240)
(240)

300A

9.00kW 15.00kW 18.00kW 22.50kW 30.00kW
(9)
(15)
(18)
(24)
(30)

45.0kW(45)

60.0kW(60)

400A

12.00kW 20.00kW 24.00kW 30.00kW
(12)
(20)
(24)
(30)

40.0kW(40)

60.0kW(60)

80.0kW 100.0kW 120.0kW 160.0kW 200.0kW 240.0kW 300.0kW 320.0kW
(80)
(100)
(120)
(160)
(200)
(240)
(300)
(320)

500A

15.00kW 25.00kW 30.00kW 37.50kW
(15)
(25)
(30)
(40)

50.0kW(50)

75.0kW 100.0kW 125.0kW 150.0kW 200.0kW 250.0kW 300.0kW 375.0kW
(75)
(100)
(150)
(150)
(200)
(250)
(300)
(400)

400kW
(400)

600A

18.00kW 30.00kW 36.00kW
(18)
(30)
(36)

45.0kW(45)

60.0kW(60)

90.0kW 120.0kW 150.0kW 180.0kW 240.0kW 300.0kW 360.0kW
(90)
(120)
(150)
(180)
(240)
(300)
(360)

450kW
(450)

480kW
(480)

750A

22.50kW 37.50kW
(24)
(40)

45.0kW(45)

56.3kW(60)

75.0kW 112.5kW 150.0kW 187.5kW 225.0kW 300.0kW 375.0kW
(75)
(120)
(150)
(200)
(240)
(300)
(400)

450kW
(450)

563kW
(600)

600kW
(600)

800A

24.00kW(24)40.0kW(40)

48.0kW(48)

60.0kW(60)

80.0kW 120.0kW 160.0kW 200.0kW 240.0kW 320.0kW
(80)
(120)
(160)
(200)
(240)
(320)

400kW
(400)

480kW
(480)

600kW
(600)

640kW
(640)

30.00kW(30)
36.00kW(36)

50.0kW(50)
60.0kW(60)

60.0kW(60)
72.0kW(72)

75.0kW 100.0kW 150.0kW 200.0kW 250.0kW 300.0kW
(75)
(100)
(150)
(200)
(250)
(300)
90.0kW 120.0kW 180.0kW 240.0kW 300.0kW 360.0kW
(90)
(120)
(180)
(240)
(300)
(360)

400kW
(400)
480kW
(480)

500kW
(500)
600kW
(600)

600kW
(600)
720kW
(720)

750kW
(750)
900kW
(900)

800kW
(800)
960kW
(960)

45.0kW(45)

75.0kW(75)

90.0kW 112.5kW 150.0kW 225.0kW 300.0kW 375.0kW
(90)
(120)
(150)
(240)
(300)
(400)

450kW
(450)

600kW
(600)

750kW
(750)

900kW
(900)

1125kW(1200)

1200kW(1200)

1000A
1200A
1500A

60.0kW 100.0kW 120.0kW 150.0kW 200.0kW 300.0kW
(60)
(100)
(120)
(150)
(200)
(300)
75.0kW 125.0kW 150.0kW 187.5kW 250.0kW 375.0kW
(75)
(150)
(150)
(200)
(250)
(400)

400kW
(400)
500kW
(500)

500kW
(500)
625kW
(640)

600kW
(600)
750kW
(750)

800kW
(800)
1000kW(1000)

1000kW(1000)
1250kW(1500)

1200kW(1200)
1500kW(1500)

1500kW(1500)
1875kW(2000)

1600kW(1600)
2000kW(2000)

3kA

90.0kW 150.0kW 180.0kW 225.0kW 300.0kW
(90)
(150)
(180)
(240)
(300)

450kW
(450)

600kW
(600)

750kW
(750)

900kW
(900)

1200kW(1200)

1500kW(1500)

1800kW(1800)

2250kW(2400)

2400kW(2400)

4kA

120.0kW 200.0kW 240.0kW 300.0kW
(120)
(200)
(240)
(300)

400kW
(400)

600kW
(600)

800kW
(800)

1000kW(1000)

1200kW(1200)

1600kW(1600)

2000kW(2000)

2400kW(2400)

3000kW(3000)

3200kW(3200)

5kA

150.0kW 250.0kW 300.0kW 375.0kW
(150)
(250)
(300)
(400)

500kW
(500)

750kW
(750)

1000kW(1000)

1250kW(1500)

1500kW(1500)

2000kW(2000)

2500kW(2500)

3000kW(3000)

3750kW(4000)

4.00MW
(4)

6kA

180.0kW 300.0kW 360.0kW
(180)
(300)
(360)

450kW
(450)

600kW
(600)

900kW
(900)

1200kW(1200)

1500kW(1500)

1800kW(1800)

2400kW(2400)

3000kW(3000)

3600kW(3600)

4.50MW(4.5)

4.80MW(4.8)

225.0kW 375.0kW
(240)
(400)

450kW
(450)

563kW
(600)

750kW
(750)

1125kW(1200)

1500kW(1500)

1875kW(2000)

2250kW(2400)

3000kW(3000)

3750kW(4000)

4.50MW(4.5)

5.63MW(6)

6.00MW(6)240.0kW
(240)

400kW
(400)

480kW
(480)

600kW
(600)

800kW
(800)

1200kW(1200)

1600kW(1600)

2000kW(2000)

2400kW(2400)

3200kW(3200)

4.00MW(4)

4.80MW(4.8)

6.00MW(6)

6.40MW(6.4)

300.0kW(300)
360.0kW
(360)

500kW
(500)
600kW
(600)

600kW
(600)
720kW
(720)

750kW
(750)
900kW
(900)

1000kW(1000)
1200kW(1200)

1500kW(1500)
1800kW(1800)

2000kW(2000)
2400kW(2400)

2500kW(2500)
3000kW(3000)

3000kW(3000)
3600kW(3600)

4.00MW(4)
4.80MW(4.8)

5.00MW(5)
6.00MW(6)

6.00MW(6)
7.20MW(7.2)

7.50MW(7.5)
9.00MW(9)8.00MW(8)
9.60MW
(9.6)

450kW
(450)

750kW
(750)

900kW
(900)

1125kW(1200)

1500kW(1500)

2250kW(2400)

3000kW(3000)

3750kW(4000)

4.50MW(4.5)

6.00MW(6)

7.50MW(7.5)

9.00MW 11.25MW 12.00MW
(9)
(12)
(12)

600kW
(600)
750kW
(750)

1000kW(1000)
1250kW(1500)

1200kW(1200)
1500kW(1500)

1500kW(1500)
1875kW(2000)

2000kW(2000)
2500kW(2500)

3000kW(3000)
3750kW(4000)

4.00MW(4)
5.00MW(5)

5.00MW(5)
6.25MW(6.4)

6.00MW 8.00MW 10.00MW 12.00MW 15.00MW 16.00MW
(6)
(8)
(10)
(12)
(15)
(16)
7.50MW 10.00MW 12.50MW 15.00MW 18.75MW 20.00MW
(7.5)
(10)
(15)
(15)
(20)
(20)

900kW
(900)

1500kW(1500)

1800kW(1800)

2250kW(2400)

3000kW(3000)

4.50MW(4.5)

6.00MW(6)

7.50MW(7.5)

9.00MW 12.00MW 15.00MW 18.00MW 22.50MW 24.00MW
(9)
(12)
(15)
(18)
(24)
(24)

1200kW(1200)
1500kW(1500)

2000kW(2000)
2500kW(2500)

2400kW(2400)
3000kW(3000)

3000kW(3000)
3750kW(4000)

4.00MW(4)
5.00MW(5)

6.00MW 8.00MW 10.00MW 12.00MW 16.00MW 20.00MW 24.00MW 30.00MW 32.00MW
(6)
(8)
(10)
(12)
(16)
(20)
(24)
(30)
(32)
7.50MW 10.00MW 12.50MW 15.00MW 20.00MW 25.00MW 30.00MW 37.50MW 40.0MW
(7.5)
(10)
(15)
(15)
(20)
(25)
(30)
(40)
(40)

60kA

1800kW(1800)

3000kW(3000)

3600kW(3600)

4.50MW(4.5)

6.00MW(6)

9.00MW 12.00MW 15.00MW 18.00MW 24.00MW 30.00MW 36.00MW
(9)
(12)
(15)
(18)
(24)
(30)
(36)

75kA

2250kW(2400)

3750kW(4000)

4.50MW(4.5)

5.63MW(6)

7.50MW 11.25MW 15.00MW 18.75MW 22.50MW 30.00MW 37.50MW
(7.5)
(12)
(15)
(20)
(24)
(30)
(40)

2400kW(2400)
3000kW(3000)

4.00MW(4)
5.00MW(5)

4.80MW(4.8)
6.00MW(6)

6.00MW 8.00MW 12.00MW 16.00MW 20.00MW 24.00MW 32.00MW
(6)
(8)
(12)
(16)
(20)
(24)
(32)
7.50MW 10.00MW 15.00MW 20.00MW 25.00MW 30.00MW 40.0MW
(7.5)
(10)
(15)
(20)
(25)
(30)
(40)

2kA
2.5kA

7.5kA
8kA
10kA
12kA
15kA
20kA
25kA
30kA
40kA
50kA

80kA
100kA

40.0MW(40)
50.0MW(50)

45.0MW(45)

48.0MW(48)

45.0MW(45)

56.3MW(60)

60.0MW(60)

48.0MW(48)
60.0MW(60)

60.0MW(60)
75.0MW(75)

64.0MW(64)
80.0MW(80)

It is the full-scale value of a digital display. ( ) is the full-scale value of bar graph.
< Cautions > Full scale is less than 4000, displays by 4 digits. More than 4000, displays by 3 digits.
Example) 20MW → 20.00MW
48MW → 4.80MW60

TLC-219-060

Head Office: 11-13 Hitotsuya 1-chome, Adachi-ku, Tokyo, 121-8639 Japan.
Phone：03-3885-2411 , Fax：03-3858-3966

Kyoto Office : 1-19 Ichinobe-Nishikawahara, Jyoyou-shi, Kyoto, 610-0114 Japan.
Phone：0774-55-1391 , Fax：0774-54-1353
DATE：June 1, 202061