header
 Home > Test Stand > Mechanical Test StandHV-500N
   Home | About us | Contact Us | Search 
 Product Selector 
  HV-500N
View Larger Image



Features
Optional Accessories
Specifications

Live chat by BoldchatPlus
 
HV-500N
Force gauge test stand

Teststand suitable for compression and tension testing. This teststand is specificly designed for Imada force gauges but can be used for Shimpo gauges also using a adapter plate. Compression or tension can be applied be turning the wheel on the side of the teststand.

 Features
 Manual hand wheel operation for compression (push) and tension (pull) measurements
 The direction that the hand wheel is turned determines the direction the force gauge works (Push or Pull)
 All Imada force gauges up to 500 N can be mounted
 Large platform base accepts special attachments
 Force gauge remains in position when hand wheel is released. ideal for "creep" testing rubber or other elestic materials
 Hand wheel operation allows you to position the gauge, hold it in place or advance it at a constant manual speed
 For mounting Shimpo force gauges a special mounting plate Code MP-S is available
 Forcegauge is not included


 Optional Accessories

Distance Measuring System

To measure the exact travel distance of the forcegauge on Imada vertical test stands:
- User selectable units mm or inch
- Zero setting
- Digimatic output
Specifications: Resolution: 0.01mm or 0.005 inch Accuracy: 0.1% of reading or 0.01/0.005 inch, whichever is greater Stroke: app. 5 mm, 2 inch



 Specifications
Capacity: Maximum 500N
Stroke: 350 mm
Usage: One complete turn = 2mm
Weigth, net: approx. 10 Kg
Dimensions: 327x309x597mm (LxWxH)


 [Coating Thickness Gauge  [Wall Thickness Gauge  [Force gauge  [Torque Instruments  [Bolt Tension Meter  [Durometer - Hardness Tester  [Tachometer  [Thickness Gauge  [Stroboscope  [Disto Laser Distance Meter  [Leica Geolasers  [Tension Meter  [Raytek IR Thermometer  [Vibration Meter  [Tramex Moisture Meters  [Roughness Testers  [Textile Test Instruments
Page executed in 0.7040 seconds