Kistler offers robust torque measuring flange system suitable for use in a range of test rigs
Kistler Instruments
Kitorq torque measuring flange system
Kistler’s Kitorq torque measuring flange system is suitable for use in test rigs for electric motors, internal combustion engines, transmissions, pumps and compressors.
Kitorq torque measuring flange system
The Kitorq torque measuring flange system operates without an antenna ring and has standard flange geometry conforming to ISO7646 for easy installation
- Previous
- Next
-
Kitorq torque measuring flange system
The Kitorq torque measuring flange system operates without an antenna ring and has standard flange geometry conforming to ISO7646 for easy installation
-
Kitorq torque measuring flange system
The open stator design of the Kitorq torque measuring flange system allows quick installation while minimising the risk of damage and enabling visual inspection during testing
The robust system — whose standard flange geometry conforms to ISO7646, enabling straightforward installation — is offered with a choice of 500Nm, 1,000Nm, 2,000Nm or 3,000Nm measuring ranges, each of which has an accuracy class of 0.05 per cent of range.
In addition, it offers a torque signal bandwidth of up to 10kHz and an output speed of 60 pulses per revolution.
Kistler’s torque measuring flange system functions without an antenna ring and has an open stator design that is claimed to enable fast installation with a low risk of damage, as well as making the unit easy to inspect visually.
The universal stator may be used with any Kitorq rotor of the same speed rating and will recognise the rotor measuring range automatically. It also provides frequency, analogue and digital signal outputs that are fully scalable using either an RS-232 or USB interface.
Key benefits
- The system has been tested to EN 60068-2-27 for mechanical shock, EN 60068-2-6 for triaxial vibration loading and EN 61326-1 for interference immunity
- Contactless, digital telemetry with no antenna ring simplifies installation
- Kitorq is supplied with Sensortool configuration and diagnostic software and calibration certificates as standard
- Several calibration options are available for the configurable output signals
- When replacing a rotor or stator, the notional calibration values can be calculated to avoid having to get the unit recalibrated by the manufacturer
- The rotor’s original measuring range can be overridden so that the full output signal can be made available over a defined range
- A second measuring range — which is freely selectable — can also be defined at each output
Request more information
More stories
Kistler introduces Stasa QC injection moulding process optimisation software weblink
The Stasa QC process optimisation software from Kistler North America is designed for use in zero-defect medical, automotive, electrical component, optical, and LSR plastics injection moulding operations.
Kistler offers calibration services for sensors used in plastics injection moulding processes weblink
Kistler is offering a range of ISO/IEC 17025-accredited calibration services for the piezoelectric pressure and force sensors used within the zero-defect plastics injection moulding of objects such as electronic components, optical lenses, liquid silicone rubber and medical components.
Kistler releases miniature quartz force sensor for plastics injection moulding applications weblink
Kistler has introduced a miniature quartz force sensor with single-wire technology designed to support demanding plastics injection moulding operations.
Data sheet: 9211B... miniature force sensor from Kistler download
The 9211B… miniature force sensor from Kistler is designed to offer high resolution and features extremely small dimensions and a rugged welded case. Models in the range include the Type 9211BE indirect measuring sensor with replaceable single-wire cable.
Kistler provides torque measuring flange and control monitor for test rig weblink
Protean Electric is using a Kistler Type 4504 contactless torque measuring flange and CoMo Torque control monitor as part of a test rig used during the development of an in-wheel electric drive system for road vehicles.
