Pendulum Hardness Tester

Article No. 5865

byko-swing König
Damping method for paints & coatings - automatic version

Includes base unit and König pendulum
Can also be used for Persoz method with optional Persoz pendulum

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Features

Fully automated instrument for measuring pendulum hardness in accordance with the König and Persoz methods.

Automated design ensures reliable and repeatable measurement of coating hardness by reducing operator intervention
Motorized sample platform lifts the sample into the test position
Pendulum is positioned and released automatically
Automatic counter with signal when deflection is below 3° (König) or 4° (Persoz) respectively
Changeable from König to Persoz and vice versa with corresponding pendulum
Pre-assembled draft shield with easy access door
UL/CE/CSA certification
Compliant with ASTM D4366 and ISO 1522
Smallest sample size: 65mm x 75mm (2.6 x 3.0 inches)
Largest sample size: 102mm x 229mm (4.0 x 9.0 inches)
Maximum sample thickness : 8.5mm (0.33 inches)
Minimum sample thickness is limited by the rigidity of the sample.

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Technical Attributes

Technical Specifications

Weight

200 g ± 0.2
Ball Diameter

5 mm
Deflection Start/End

6° / 3°
Period of Oscillation

1.4 s
Damping Time on Glass

250 s ± 10 s

General

Power supply

100 - 240 V, 50/60 Hz, max. 1 A
Weight

18.4 kg
Weight

40.6 lb
Dimensions: L x W x H

25 x 28 x 77 cm
Dimensions: L x W x H

10 x 11 x 30.3 in

Standards

ISO

1522

ASTM

D4366

Delivery Content

Pendulum hardness tester
Protective cover
Pendulum König (5856)
Glass calibration standard
Power supply
Calibration certificate
Manual

Downloads

Manuals

Operating-Manual-byko-swing-302500060-E-2207.pdf

Safety Instructions

Safety_Instructions_byko-swing_302500067-2010.pdf

Short Instructions

Short_Instructions_byko-swing_302500061_2102.pdf

Knowledge

Pendulum Hardness Test

The hardness and flexibility of a coating are opposing functionalities that need to be optimized to achieve the right balance for a specific application. A coating should have a high hardness on the one hand and be elastic at the same time. The pendulum test is used to evaluate elasticity by measuring the damping time of an oscillating pendulum. Measurement principle, test method including sample preparation and expected measurement precision are explained with typical examples from the practice.

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