§ PLUG-IN TRANSDUCER § 1 OUTPUT TYPE

SIGNAL TRANSDUCER

DIVIDING TRANSDUCER
DITP1 -■ Use
Divides two DC signals and outputs a DC signal

DITP1-C7F5

equivalent to the product.

(80×50×121mm/350g)■ Features■ Connection diagram

1. Constant voltage/current output.
2. Withstand voltage between electric circuit and outer case, andbetween input/output and auxiliary supply are AC1, 500V
(50/60Hz) for 1 minute, or between input and output is AC1,500V (50/60Hz) for 1 minute.
3. There is no regulation when input Y is less than or equal to 20%.
4.  of Input X and Y are conducted inside the device.
5. Plus/minus input is not manufacturable.
6. Impulse withstands voltage 5kV, 1.2/50µs (between electriccircuit and outer case), and positive/negative polarity 3 times
each is guaranteed.

Indicated in ( ) are the polarities in the case of DC auxiliary supply.

■ Specification
Input (input resistance or voltage drop)
A1 : DC0-10mV (approx.1MΩ)
A2 : DC0-50mV (approx.1MΩ)
A3 : DC0-60mV (approx.1MΩ)
A4 : DC0-100mV (approx.1MΩ)
A5 : DC0-1V (approx.1MΩ)
A6 : DC0-5V (approx.1MΩ)
A7 : DC0-10V (approx.1MΩ)
A8 : DC1-5V (approx.1MΩ)

C1 : DC0-10μA (100mV) *1
C2 : DC0-100μA (100mV)
C3 : DC0-1mA (approx.100Ω)
C4 : DC0-5mA (approx.100Ω)
C5 : DC0-10mA (approx.100Ω)
C6 : DC0-16mA (approx.100Ω)
C7 : DC4-20mA (approx.100Ω)
00 : other than those above

Output (load resistance)

Auxiliary supply

Common specification

1 : DC0-100mV (≧200Ω)
2 : DC0-1V (≧200Ω)
3 : DC0-5V (≧1kΩ)
4 : DC 0-10V (≧2kΩ)
5 : DC1-5V (≧1kΩ)A : DC0-1mA (≦10kΩ)B : DC0-5mA (≦2kΩ)C : DC0-10mA (≦1kΩ)D : DC0-16mA (≦600Ω)E : DC1-5mA (≦3kΩ)F : DC4-20mA (≦750Ω)
0 : other than those above

1 : AC100V±10%,50/60Hz
2 : AC110V±10%,50/60Hz
3 : AC200V±10%,50/60Hz
4 : AC220V±10%,50/60Hz
5 : DC24V±10%
6 : DC48V±10%0 : other thanthose above

Tolerance: ±0.25% *2Response time:≦0.5sec./99%
Consumption VA:
AC power source:4VA
DC power source:4W
Weight:AC power source:700g
DC power source:350g*1. Circuit voltage ≦15V for an input of 10μA. *2. Tolerance becomes ±0.5% when input voltage is less than 50mV; input current is less than 100µA.
● Open of current output: even if the current output terminal is used in a state of regular open, there is no problem. Also, a voltage of approx. 25V
occurs on the output terminal. *3. Please specify the identical input X and Y.

● UR-1 precise resistance unit (selling separately)■ Block diagram

Please use a UR-1 combined with a dividing transducer ofvoltage input. When changing the dividing transducer in ahot line state at the time of current input, if measuresagainst open are necessary, connect UR-1 to socket andconvert it into a voltage signal before using it. (UR-1, theresistance specified)● Operational expression
Input: IB〜IM
Output: OB〜OM
O= (XI-IB
YI-IB)/ () ×（OM-OB）+OB
IM-IB
IM-IB

■ Purchase specifications

IB: Min. input value.
IM: Max. input value.
OB: Min. output value.
OM: Max. output value.
XI: Input X
YI: Input Y
O: Output value.

●Item to specify

DITP1
Input/output relationship graph

Products List

①X input circuit②Dividing circuit③Pulse width modulation circuit④Pulse width demodulation circuit⑤Output circuit⑥Y input circuit⑦Insulated power source circuit-TypeC 7FInputOutput

5Auxiliary
supply13