Michigan Scientific End of Shaft Slip Ring Assemblies are typically used for torque, stress, temperature, vibration and acceleration measurements on rotating devices such as wheels, axles, engines, gearboxes, electric motors, compressors, etc.
Features
- Low electrical noise level
- Reliable – no cleaning or routine maintenance
- Rugged housing
- Permanently lubricated bearings
- Wire termination to color coded solder terminals and/or quick disconnect circular connectors
- Vibration resistant
- 500 mA current capacity
Documents
Applications
Videos
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Models
4, 6, 8 or 10 circuits
Rated to 12,000 RPM
1.625” diameter rotor flange
Sealed against dust
Rated to 12,000 RPM
1.625” diameter rotor flange
Sealed against dust
4, 6, 8 or 10 circuits
Rated to 12,000 RPM
Short length for applications with limited space
Sealed against dust
1.625” diameter rotor flange
Rated to 12,000 RPM
Short length for applications with limited space
Sealed against dust
1.625” diameter rotor flange
10, 20 or 36 slip rings
Weatherproof models require sealants and / or accessories.
2” and 2.5” diameter rotor flanges
Weatherproof models require sealants and / or accessories.
2” and 2.5” diameter rotor flanges
0, 4, 6, 8, or 10 circuits
Optical encoder for measuring average RPM
60 pulses / revolution standard
Single channel
Encoder pulse location accuracy 0.5°
2” and 2.5” diameter rotor flanges
Optical encoder for measuring average RPM
60 pulses / revolution standard
Single channel
Encoder pulse location accuracy 0.5°
2” and 2.5” diameter rotor flanges
4, 6, 8 or 10 circuits
Precision optical encoder for measuring torsional vibration, rpm and angular position
Encoder has 2 channel quadrature output (for determining direction of rotation) and an index pulse
Encoder pulse/rev choices; 100, 256, 360 or 512
Encoder pulse location accuracy 0.1°
2” and 2.5” diameter rotor flanges
Precision optical encoder for measuring torsional vibration, rpm and angular position
Encoder has 2 channel quadrature output (for determining direction of rotation) and an index pulse
Encoder pulse/rev choices; 100, 256, 360 or 512
Encoder pulse location accuracy 0.1°
2” and 2.5” diameter rotor flanges
10, 20 or 36 circuits
Completely weatherproof
2” and 2.5” diameter rotor flanges
Rotation sensor, options:
(E) optical encoder, quadrature outputs (50, 100, 256, 360 or 512 ppr) & index pulse. Encoder pulse location accuracy 0.25°.
(R) resolver, which is an absolute analog position sensor.
(T) tachometer, optical encoder explained in (E) and instantaneous analog velocity and angular position outputs, which are easy to record.
Completely weatherproof
2” and 2.5” diameter rotor flanges
Rotation sensor, options:
(E) optical encoder, quadrature outputs (50, 100, 256, 360 or 512 ppr) & index pulse. Encoder pulse location accuracy 0.25°.
(R) resolver, which is an absolute analog position sensor.
(T) tachometer, optical encoder explained in (E) and instantaneous analog velocity and angular position outputs, which are easy to record.
Designed for digital signals
4, 6, 8 and 10 connections
Twisted pairs for differential signals
Low electrical noise level
Rated to 12,000 RPM
4, 6, 8 and 10 connections
Twisted pairs for differential signals
Low electrical noise level
Rated to 12,000 RPM
0, 4, 6, 8, or 10 slip ring connections
60 pulse encoder
Rated to 2,000 RPM
2.5" diameter rotor flange
60 pulse encoder
Rated to 2,000 RPM
2.5" diameter rotor flange
45 and 60 circuits
4000 RPM max speed
Instrumentation quality rings and brushes
Rugged stainless steel construction
Permanently lubricated bearings
Sealed against dust
4000 RPM max speed
Instrumentation quality rings and brushes
Rugged stainless steel construction
Permanently lubricated bearings
Sealed against dust
20 slip ring connections
Rated to 2,000 RPM with weatherproof seal and 4,000 without weatherproof seal
0.75" diameter rotor and stator
Rated to 2,000 RPM with weatherproof seal and 4,000 without weatherproof seal
0.75" diameter rotor and stator