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Niigata seiki ADM-A Instruction Manual

Niigata seiki ADM-A Instruction Manual

Durometer

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DUROMETER
Thank you for purchasing the Niigata Seiki Durometer.
Please read this manual thoroughly before use for proper operation.
PARTS IDENTIFICATION
A DM-A
Thumb Rest
Bezel
0
90
10
DUROMETER
TYPE-A
80
70
60
40
0
50
Dial
90
10
DUROMETER
TYPE-D
80
20
70
30
60
40
50
Indenter
Pressure Plate
A DM-D
Indenter
Pressure
Plate
Wear Test Block
STANDARDS
This product is compliant with the following
standards with regards to Indenter shape, size,
dimensions, and spring force.
JIS K 6253
『Rubber, vulcanized or thermoplastic - Determination
of hardness』
ISO 7619(E)
『Rubber-Determination of indentation hardness by
means of pocket hardness meters』
TEST SAMPLES
Please insure that Test Samples meet the following conditions.
・ Top and bottom surfaces should be smooth and parallel.
・ Sample is free from scratches, air bubbles, and contamination.
・ Sample meets the size conditions below:
Thickness: 6mm or greater ( ADM-A, ADM-D )
Thickness:10mm or greater ( ADM-E )
Dial Locking
Screw
20
Pointer
30
Pointer Follower
Follower Knob
0
Test Hole
90
10
DUROMETER
TYPE-E
80
20
70
30
Wear Test
Block
60
40
50
A DM-E
Pressure
Indenter
Plate
【Test Sample Size Conditions】
Model No. : ADM-A / ADM-D / ADM-E
APPLICATIONS
・ Hardness test for rubber and plastic.
SPECIFICATIONS
Model No.
ADM-E
Hardness Range
Below A20
Sample Material
Soft Rubber,
Eraser,
Roll Film,
Low Hardness
Elastomer
Sample Thickness
10.0mm or greater
Indicator Accuracy
Indenter Material
Weight
approx. 170g
Accessories
CAUTION
・ This product is to be used as Hardness Measuring Instrument for
plastic and rubber. Please use only as directed.
・ Only use within applicable measuring range for each model. Use
beyond specified range may cause errors or damage to instrument.
・ Never press indenter against hard surface, such as glass or metal,
with the exception of testing using the Wear Test Block.
・ Do not apply force greater than 2-3 times force specified by the
relevant standards ( JIS, ASTM, ISO, DIN, etc. ) Excessive force
may affect accuracy and cause damage to the instrument.
・ Do not apply lateral pressure or move the indenter when in contact
with test sample.
・ Instrument is designed for using in vertical orientation with
downward pressure. Use in horizontal or upward direction will result
in inaccurate measurements.
・ Please Note – Measurements taken by this instrument will vary
from those taken using a different measurement standard, such as
JIS K6301, etc.
・ This is a precision measurement instrument, Do not drop or apply
excessive force as it may result in inaccuracy.
・ Do not use in wet or oily locations.
・ Do not disassemble or modify.
・ Do not use organic solvents ( thinner, benzine, etc. ) to clean.
Distance to edge: 12mm or greater ( ADM-A, ADM-D )
Distance to edge: 15mm or greater ( ADM-E )
INSTRUCTION MANUAL
ADM-A
A20∼A90
Rubber,
Soft Plastic,
Tire,
Med. Hardness
Elastomer
6.0mm or greater
±1 Scale Resolution
HM35 ( SKH55 )
approx. 160g
Wear Test Block
Measurement Point spacing: 6mm or greater
Measurement Points ( 5x )
How To Use ( Reverse )
ADM-D
Above A90
Hard Rubber,
Plastic,
Ebonite,
High Hardness
Elastomer
6.0mm or greater
approx. 160g

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Summary of Contents for Niigata seiki ADM-A

  • Page 1 『Rubber-Determination of indentation hardness by means of pocket hardness meters』 TEST SAMPLES Distance to edge: 12mm or greater ( ADM-A, ADM-D ) Please insure that Test Samples meet the following conditions. Distance to edge: 15mm or greater ( ADM-E ) ・...
  • Page 2 Locations should satisfy the two conditions below: ( Figure:1 ) Measurement ( 1 ) More than 12mm from edge of test sample. ( ADM-A、 ADM-D ) Points ( 5x ) More than 15mm from edge of test sample. ( ADM-E ) ( 2 ) Separated by at least 6mm from adjacent measurement points.

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