Procedure A MODEL：L227-11
This is an extruding type plastometer which is made for testing Procedure A
on the flow of thermal plastic resin. It is made to meet JIS K7210, ISO 1133
and ASTM D1238.

Features
High precision and high reliability to meet demand.
Used by many resin manufacturers.
The center of the equipment （Piston, Cylinder, Dieetc.）is little defacement and long-term stable.
The tool holder for storing piston and cleaning tools
is better for operation.
Various weights corresponding to resins(optional).
The safety measures as the excessive temperaturerise prevention device, the earth leakage breaker,
the fall prevention bracket and more.

Specifications
Conforming standards

JIS K7210, ISO 1133, ASTM D1238

Test temperature range

80 ~ 300 ˚CTemperature indication
resolution

0.01 ˚C

Temperature sensor

Pt

Temperature setting points

8Safety measures
Outside dimensions
Power supply
Device ambient conditions

Excessive temperature rise prevention device,
Earth leakage breaker, Fall prevention bracket
W370×D400×H600 mm
AC100 V 50/60 Hz 600 VA(There is a option of step down transformer)
20±10 ˚C, 45 ~ 85 %RH

Procedure A/B

MODEL：L227-41

This is an extruding type plastometer which is made for testing Procedure Aand/or Procedure B on the flow of thermal plastic resin. It is made to meet JISK7210, ISO 1133 and ASTM D1238.

Features
High precision and high reliability to meet demand.

Used by many resin manufacturers.
The center of the equipment （Piston, Cylinder, Dieetc.）is little defacement and long-term stable.
Automatically measured the move down time of thepiston and displayed MFR and MVR result.
Test conditions can be easily set up on the touch panel.
Used dedicated printer, input data and results can be
printed out (optional).

Used RS-232C cable, input data and results can besend your PC (option: dedicated connection cable andsoftware).

Specifications
Conforming standards

JIS K7210, ISO 1133, ASTM D1238

Test temperature range

80 ~ 300 ˚CTemperature indication
resolution

0.01 ˚C

Temperature sensor

Pt

Temperature setting points

8Auto measurement value

MFR, MVR, travel time (move down time of the piston), pre-heat time

Indication
Safety measures
Outside dimensions
Power supplyDevice ambient conditions

MFR 0.0000 ~ 1999.9999 g/10min
MVR 0.0000 ~ 1999.9999 cm3/10min
Excessive temperature rise prevention device,
Earth leakage breaker, Fall prevention bracket
W370×D510×H825 mm
AC100 V 50/60 Hz, 700 VA(There is a option of step down transformer)
20±10 ˚C, 45 ~ 85 %RH

High-temperature type MODEL：L227-12 / L227-42
This is an extruding type plastometer which is made for testing hightemperature on the flow of thermal plastic resin. It is made to meet JIS K7210,
ISO 1133 and ASTM D1238.

Features
High precision and high reliability to meet demand.
Used by many resin manufacturers.
The center of the equipment （Piston, Cylinder, Die etc.）is little defacement
and long-term stable.

Specifications
Model

L227-12 (Procedure A)

Conforming standards

JIS K7210, ISO 1133, ASTM D1238

Test temperature range

80 ~ 450 ˚CTemperature indication
resolution

0.1 ˚C

Temperature sensor

Pt

Temperature setting points

8

Safety measures
Outside dimensions
Power supply
Device ambient conditions

L227-42 (Procedure A and/or B)

Excessive temperature rise prevention device,
Earth leakage breaker, Fall prevention bracket
W370×D400×H600 mm

W370×D510×H825 mm

AC100 V 50/60 Hz (There is a option of step down transformer)
20±10 ˚C, 45 ~ 85 %RH

Corrosion-proof type

MODEL：L227-13 / L227-43

This is an extruding type plastometer which is made for testing on the flow ofthermal plastic resin, especially corrosion resin. It is made to meet JIS K7210,
ISO 1133 and ASTM D1238.

Features
High precision and high reliability to meet demand.
Used by many resin manufacturers.
The center of the equipment （Piston, Cylinder, Die etc.）is little defacement
and long-term stable.

Specifications
Model

L227-13 (Procedure A)

Conforming standards

JIS K7210, ISO 1133, ASTM D1238

Test temperature range

80 ~ 300 ˚C / 80 ~ 450 ˚CTemperature indication
resolution

0.01 ˚C / 0.1 ˚CTemperature sensor

Pt

Temperature setting points

8Safety measures
Outside dimensions
Power supply
Device ambient conditions

L227-43 (Procedure A and/or B)

Excessive temperature rise prevention device,
Earth leakage breaker, Fall prevention bracket
W370×D400×H600 mm

W370×D510×H825 mm

AC100 V 50/60 Hz (There is a option of step down transformer)
20±10 ˚C, 45 ~ 85 %RH

Accuracy specification
The test standard and test condition of thermal plastic resin
ISO standardISO 1622-1

ISO 1872-1

MaterialCondition

Test temperature (˚C)

Load (kg f)

PS

H

200

5.00

D190

2.16

E

190

0.325

G

190

21.60

T

190

5.00

PE

ISO 1873-1

PPM

230

2.16

ISO 2580-1

ABSU

220

10.00

ISO 2897-1

PS-I

H

200

5.00

B

150

2.16

D190

2.16

Z

125

0.325

ISO 4613-1

E/VAC

ISO 4894-1

SAN

U

220

10.00

ISO 6402-1

ASA, ACS, AES

U

220

10.00

ISO 7391-1

PC

W

300

1.20

ISO 8257-1

PMMA

N

230

3.80

ISO 8986-1

PB

D190

2.16

F

190

10.00

ISO 9988-1

POM

D190

2.16

ISO 10366-1

MABS

U22010.00

Procedure A

Procedure B(Manual cutting method)(Automatic time measuring method)

The resin which flows out of die within thespecified time is cut off and the weight of cut
portion is measured, and then the melt flowrate (MFR)－the amount flowed out in 10
minutes － is calculated.

The time required by the piston to move down
the specified length is automatically measured,and then the value of MFR is calculated by using
the time thus obtained. For the Procedure B, theMFR Automatic Operator (option) used.

MFR is calculated by the following equation asthe Mass (g) of the sample extruded in 10 min

MFR is obtained by the following equation

MFR(T  M  A) 600  mt

g / 10 min

Where T : Test temperature (˚C)
M : Loading (kg f)
A : Operation of Procedure Am : Mean value of Mass of extrudedsample (g)t : Time required taking sample (s)600 : 10 minutes counted in seconds

MFR 426.6  L  dt

g 10 min

Where L : Actually measured travel length (cm)d : Resin density (g/cm3)
t : Travel time (s)Accuracy specification
The comparison of standards and accuracy of products
Parts nameStandard

Accuracy Standard

JIS, ISO115 ~ 180 mm

ASTM

162 mmJIS, ISO

Φ9.550±0.007 mm

Product precision
Model: L227-**

Cylinder length

162 mmCylinder inner diameterΦ9.550 +0.007 / -0 mm
ASTM

JISISO

Cylinder temperature

ASTM

Temperature indication
resolution

Φ9.5504±0.0076 mm

10 mm±1.0 ˚C

10 mm~70 mm±2.0 ˚C (125≦T<250)±2.5 ˚C (250≦T<300)±3.0 ˚C (300≦T)

10 mm±0.2 ˚C (125≦T<250)±0.5 ˚C (250≦T<300)±1.0 ˚C (300≦T)

10 mm~75 mm±2.0 ˚C (125≦T<250)±2.5 ˚C (250≦T<300)±3.0 ˚C (300≦T)

JIS, ISO, ASTM

0.1 ˚C or lessJIS, ISO6.35±0.10 mm

Piston head length
ASTM

6.35±0.13 mm

JIS, ISO

9.474±0.007 mm

ASTM

9.4742±0.0076 mm

JIS, ISO, ASTM

8.000±0.025 mm

JIS, ISO

2.095±0.005 mm

9.478±0.002 mm

Die inner diameter
Load

0.01 ˚C(High-temperature: 0.1 ˚C)
6.35±0.10 mm

Piston head diameter
Die length±0.2 ˚C

8.000±0.00127 mm
2.095±0.002 mm

ASTM

2.0955±0.0051 mm

JIS, ISO, ASTM±0.5 % or less±0.5 % or less■ Specification gives herein may be changed at any time without prior notice.
■ please check specifications before you order and/or use.