* This tester conforms many international standards like CNS, JIS, DIN, ASTM, ISO…etc.
* This tester is widely adopted by different fields like research institute, universities and colleges, civil
engineering, metal, steel & metal casting, hardware, machinery, cable & wire, chain, constructional
materials, aluminum items and soft piping, plastic, rubber, electric & electronic, package material,
components for sports equipment, spring, tire and so on. And this tester is also suitable for conduct
the tests of tensile, compression, bending, transverse…etc. If some additional accessories are
added, it is available to perform the tests of tensile, compression peeling, adhesion, shear, torsion,
hardness, bursting…and so forth. For most finished or semi-finished products, this tester is the most
essential instrument in any material testing laboratory

Use this machine exclusively to test bike’s handle by setting the specimen on test bench, then, exert the test-standard-specified load and speed on both sides to make test runs up to the set times and tester is shutdown automatically. Check the specimen’s status under test. This tester is produced according to the design standards defined in ISO 4210 and DIN 79100.

Model		HT9711-5 (Bench Top Type)		HT9711-5 (Floor Standing Type)			HT9711-10	HT9711-25
Power source		Electro-Hydraulic Servo Control System
Electro-Hydraulic	kg	500					1000	2500
	kn	5					10	25
Max. Stroke (mm)	(Static)	±50
	(Dynamic)	±25
Control mode		(force, displacement control)
Static force sensor capacity		x120%, x100%, x50%, x20%, x10% (Auto Gain selection)
Static force sensing error		<=±1% (Auto Gain selection)
Dynamic force sensor capacity		100%, x50%, x20%, x10%
Dynamic force sensing error		<=±1% (Calibration error)
Style		T type
Operating width (mm)		400
Operating height (mm)		250~900
Dimensions (WxDxH) (cm)		120 x 65 x 220
Hydraulic power		QR-10	QR-20	QR-40	QR-60	QR-80	QR-10
Minimum flow rate (l/min)		10	10	40	60	80	10
Servovalve rated flowrate (l/min)		15	15	45	80	120	15
Displacement sensor		1 L (Option)		5L (Option)			1 L (Option)
Frequency range		(LVDT built-in actuator);0.05~50Hz
dimension, table, stroke, and capacity can be made to order depending on customer requirements

Model		HT9711-50	HT9711-100	HT9711-200	HT9711-300	HT9711-500
Power source		Electro-Hydraulic Servo Control System
Electro-Hydraulic	kg	5000	10000	20000	30000	50000
	50000	50	100	200	300	500
Max. Stroke (mm)	(Static)	±50
	(Dynamic)	±25
Control mode		(force, displacement control)
Static force sensor capacity		x120%, x100%, x50%, x20%, x10% (Auto Gain selection)
Static force sensing error		<=±1% (Auto Gain selection)
Dynamic force sensor capacity		100%, x50%, x20%, x10%
Dynamic force sensing error		<=±1% (Calibration error)
Style		E type		D type
Operating width (mm)		530		750
Operating height (mm)		250~900		250~1100
Dimensions (WxDxH) (cm)
Hydraulic power		QR-10	QR-20	QR-40	QR-60	QR-80
Minimum flow rate (l/min)		10	20	40	60	80
Servovalve rated flowrate (l/min)		15	30	45	80	120
Displacement sensor		1 L (Option)		5 L (Option)
Frequency range		(LVDT built-in actuator);0.05~50Hz
dimension, table, stroke, and capacity can be made to order depending on customer requirements

Use this machine exclusively to test bike’s front fork by setting the specimen on test bench, then, exert the test-standard-specified load and speed to make test runs up to the set times and tester is shutdown automatically. Check the specimen’s status under test. This tester is produced according to the design standards defined in ISO 4210, JBMS-94 and DIN 79100, Article 5.4.2.

Use this machine exclusively to test bike’s front fork by setting the specimen on test bench, then, exert the test-standard-specified load and speed to make test runs up to the set times and tester is shutdown automatically. Check the specimen’s status under test. This tester is produced according to the design standards defined in ISO 4210, JBMS-94 and DIN 79100, Article 5.4.2.

Use this machine exclusively to test bike’s seat tube by setting the specimen on test bench, then, exert the test-standard-specified load and speed to make test runs up to the set times and tester is shutdown automatically. Check the specimen’s status under test. This tester is produced according to the design standards defined in ISO 4210, JBMS-1994 and DIN 79100.

Use this machine exclusively to test bike’s operation lifetimes of crank and gear disc by setting the specimen on test bench, then, repetitively exert the test-standard-specified load and speed to make test runs up to the set times and tester is shutdown automatically. Check if the specimen is damaged. This tester is produced according to the design standards defined in ISO 4210, JIS D-9415 and DIN 79100, Article 5.8.2.

This tester is suitable to test bike’s run test & brake performance test; the design conforms to the test specs listed below. The tester is formed by two rollers with varied diameter and follows spec to install jump plates at bike’s seat tube, stepper, handle and load rack, with load set to this tester.
After adjusting the distance according to bike’s actual distance, constantly rotate the wheels by 7 ~ 24 km/hr and the bike is supposed to maintain its normal function, no part damage or crack is found; for brake test, follow the spec-specified roller’s friction coefficient, wind speed, ride-way slop and water-spray amount of loaded brake holding handle to test the performance and judge bike’s performance under the defined frequency. And we also can follow the international bike’s standards listed below to use the respective bike jig/fixture module:

* ISO
* BS / DIN / NF ( U.K. / Germany / France)
* CPSC / CSA ( Usa / Canada)
*J IS / JBMS / BA ( Japan )
* AS / NES ( Australia / New Zealand )
* GB / QB / CNS ( Mainland / Taiwan )

This tester is suitable to test bike’s parts & materials and integrated dynamic fatigue state, the test functions are sufficient, and applications are wide, compliant to the bike test standards applied in numerous countries.

Can follow the test demand selecting single-set type or double-set type of structure module specification designed for this tester.

This tester is manufactured under ISO-9001 quality certification standard.
The force calibration conforms to ISO 7500/1, EN 1002-2, BS 1610, DIN 5122, ASTME4, JIS B7721/B7733, CNS 9471/9470 and JJG 475-88.And we also can follow the international bike’s standards listed below to use the respective bike jig/fixture module:

*ISO
*BS / DIN / NF (U.K./Germany/France)
*CPSC / CSA (USA/Canada)
*JIS / JBMS / BA (Japan)
*AS / NES (Australia/New Zealand)
*GB / QB / CNS (Mainland/Taiwan)

This tester is suitable to test bike’s parts & materials and integrated dynamic fatigue state, the test functions are sufficient, and applications are wide, compliant to the bike test standards applied in numerous countries.

Can follow the test demand selecting single-set type or double-set type of structure module specification designed for this tester.

This tester is manufactured under ISO-9001 quality certification standard.
The force calibration conforms to ISO 7500/1, EN 1002-2, BS 1610, DIN 5122, ASTME4, JIS B7721/B7733, CNS 9471/9470 and JJG 475-88.And we also can follow the international bike’s standards listed below to use the respective bike jig/fixture module:

*ISO
*BS / DIN / NF (U.K./Germany/France)
*CPSC / CSA (USA/Canada)
*JIS / JBMS / BA (Japan)
*AS / NES (Australia/New Zealand)
*GB / QB / CNS (Mainland/Taiwan)

Set bike’s wheel hub or stepper at the shaft of wood instrument and exert load & select suitable rpm according to respective test spec, to see if the specimen is worn or defective and ensure product’s quality.
And we also can follow the international bike’s standards listed below to use the respective bike jig/fixture module.

*Standards followed:
*ISO
*BS / DIN / NF (U.K./Germany/France)
*CPSC / CSA (USA/Canada)
*JIS / JBMS / BA (Japan)
*AS / NES (Australia/New Zealand)
*GB / QB / CNS (Mainland/Taiwan)

Use this tester to run endurance and temperature-rise tests

Use this tester to perform the following tests:
1. Temperature-rise test
2. Braking torque test
3. Long-term load variation state test ( speed-relevant physical exercise bike )
4. Variation state of intermitted test ( speed-relevant physical exercise bike )
5. Power test

Suitable to perform the impact test of bike’s parts or assemblies, including the vertical impact tests toward font-fork drop-hammer jig, front-fork bike frame assembly’s drop-hammer jig, front-fork bike frame assembly drop-down jig, bike axle jig, stepper, x-, y- & diagonal jig, handle assembly device and crankshaft. The tester is under modular design and the standard & function can all meet respective spec requirement, easy and safe in operation.
*And we also can follow the international bike’s standards listed below to use the respective bike jig/fixture module:
*ISO
*BS / DIN / NF (U.K./Germany/France)
*CPSC / CSA (USA/Canada)
*JIS / JBMS / BA (Japan)
*AS / NES (Australia/New Zealand)
*GB / QB / CNS (Mainland/Taiwan)

Suitable to bike’s parts and materials, applied to the tests of bike product’s tensile, compression & torsion strength of wide application scope.

This instrument’s fabrication has passed the ISO-9000 international quality certification, compliant with the ISO 7500 / 1 EN, 1002-2, BS 1610, DIN 5122, ASTM E4, JIS B7721 / B 7733, CNS 9471 / 9470 & JJG 475-88 test standards to material tester.
And we also can follow the international bike’s standards listed below to use the respective bike jig / fixture module :
* ISO
* BS / DIN / NF ( U.K. / Germany / France )
* CPSC / CSA ( USA / Canada )
* JIS / JBMS / BA ( Japan )
* AS / NES ( Australia / New Zealand )
* GB / QB / CNS ( Mainland / Taiwan )

This tester is for testing the damping strength of shock absorbers. Available to test the shock absorbers for car and motorcycle and even truck, but only for rear shock absorbers for bicycle. Normally the specifications are different depending on different test requirements. Hereunder are the standard specifications for this model.

This machine is used to test the fire resistance of organic materials like various wire and cables, PC boards, IC insulating sheath...etc. While testing, put sample at the tip of the flame that won't swing owing to the breeze. Let the flame burn for 15 seconds and out for another 15 seconds. Repeat another four times, ( Total Five Times ) and check the burning situation of the sample. Type A is of automatic model that is available to freely set the burning time, out time, repeat time and even available to be operated automatically.