Short S-Series end-of-shaft slip ring
Four-circuit compact end-of-shaft slip ring, 22.15 mm long and 56 g, for strain gages, thermocouples, accelerometers and low voltages, up to 12 000 rpm.
Four-circuit compact end-of-shaft slip ring with a stub rotor in place of the rotor flange, for strain gages, thermocouples and low voltages.
Four-circuit compact end-of-shaft slip ring with a thermocouple amplifier built into the rotor, for type K or type T thermocouples.
Six-circuit compact end-of-shaft slip ring, 24.69 mm long, for strain gages, thermocouples, accelerometers and low voltages, up to 12 000 rpm.
Six-circuit compact end-of-shaft slip ring with a precision strain gage amplifier built into the rotor, 5 or 10 V bridge excitation.
Six-circuit compact end-of-shaft slip ring with three thermocouple amplifiers built into the rotor, thermocouple leads pre-attached.
Eight-circuit compact end-of-shaft slip ring, 27.23 mm long, for strain gages, thermocouples, accelerometers and low voltages, up to 12 000 rpm.
Eight-circuit compact end-of-shaft slip ring with a stub rotor in place of the rotor flange, and a miniature 12-pin connector on the stator.
Eight-circuit compact end-of-shaft slip ring with two strain gage amplifiers built into the rotor, 5 or 10 V bridge excitation.
Eight-circuit compact end-of-shaft slip ring with four thermocouple amplifiers built into the rotor.
Eight-circuit compact end-of-shaft slip ring with a 50.8 mm (2 in) rotor and a miniature 12-pin connector on the stator.
Ten-circuit compact end-of-shaft slip ring, 29.77 mm long, for strain gages, thermocouples, accelerometers and low voltages, up to 12 000 rpm.
Ten-circuit compact end-of-shaft slip ring with two linearized type J thermocouple amplifiers built into the rotor.
Ten-circuit compact end-of-shaft slip ring with a stub rotor in place of the rotor flange, for strain gages, thermocouples and low voltages.
Ten-circuit compact end-of-shaft slip ring with a 50.8 mm (2 in) rotor and a miniature connector on the stator.
Ten-circuit compact end-of-shaft slip ring with a 50.8 mm rotor and seven type T thermocouple amplifiers built into it.
Model SHORT S4
- 4
- Circuits
- 4
- Circuits
- 12 000 rpm
- Max speed
- 22.15 mm
- Length
- 56 g
- Weight
- 4
- Circuits
- 4
- Circuits
- 4
- Circuits
- 4
- Circuits
- 4
- Circuits
- 4
- Circuits
- 4
- Circuits
- 4
- Circuits
- 1
- Thermocouple amplifier
- 4
- Circuits
- 1
- Thermocouple amplifier
- 6
- Circuits
- 12 000 rpm
- Max speed
- 24.69 mm
- Length
- 61 g
- Weight
- 6
- Circuits
- 1
- Strain gage amplifier
- 6
- Circuits
- 1
- Strain gage amplifier
- 6
- Circuits
- 12 000 rpm
- Max speed
- 3
- Thermocouple amplifiers
- 28.7 mm
- Length
- 6
- Circuits
- 12 000 rpm
- Max speed
- 3
- Thermocouple amplifiers
- 28.7 mm
- Length
- 6
- Circuits
- 12 000 rpm
- Max speed
- 24.69 mm
- Length
- 56 g
- Weight
- 6
- Circuits
- 6
- Circuits
- 12 000 rpm
- Max speed
- 1
- Strain gage amplifier
- 28.2 mm
- Length
- 6
- Circuits
- 12 000 rpm
- Max speed
- 1
- Strain gage amplifier
- 28.2 mm
- Length
- 6
- Circuits
- 12 000 rpm
- Max speed
- 3
- Thermocouple amplifiers
- 28.7 mm
- Length
- 6
- Circuits
- 12 000 rpm
- Max speed
- 3
- Thermocouple amplifiers
- 28.7 mm
- Length
- 8
- Circuits
- 12 000 rpm
- Max speed
- 27.23 mm
- Length
- 64 g
- Weight
- 8
- Circuits
- 8
- Circuits
- 2
- Strain gage amplifiers
- 8
- Circuits
- 2
- Strain gage amplifiers
- 8
- Circuits
- 12 000 rpm
- Max speed
- 27.23 mm
- Length
- 8
- Circuits
- 12 000 rpm
- Max speed
- 4
- Thermocouple amplifiers
- 36.8 mm
- Length
- 8
- Circuits
- 12 000 rpm
- Max speed
- 4
- Thermocouple amplifiers
- 36.8 mm
- Length
- 8
- Circuits
- 12 000 rpm
- Max speed
- 4
- Thermocouple amplifiers
- 36.8 mm
- Length
- 8
- Circuits
- 12 000 rpm
- Max speed
- 4
- Thermocouple amplifiers
- 36.8 mm
- Length
- 8
- Circuits
- 2
- Strain gage amplifiers
- 8
- Circuits
- 2
- Strain gage amplifiers
- 8
- Circuits
- 10
- Circuits
- 12 000 rpm
- Max speed
- 29.77 mm
- Length
- 65 g
- Weight
- 10
- Circuits
- 12 000 rpm
- Max speed
- 2
- Thermocouple amplifiers
- 10
- Circuits
- 10
- Circuits
- 10
- Circuits
- 10
- Circuits
- 10
- Circuits
- 10
- Circuits
- 10
- Circuits
- 7
- Thermocouple amplifiers
- Operating temperature−1 to 138 °C
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C
- Max current per circuit500 mA
- Operating temperature−1 to 138 °C
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C (−40 to 85 °C for the S6/G)
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C (−40 to 85 °C for the S6/G)
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C
- Max current per circuit500 mA
- Operating temperature−40 to 85 °C
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−40 to 85 °C
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C (−40 to 85 °C for the S6/G)
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C (−40 to 85 °C for the S6/G)
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C
- Max current per circuit500 mA
- Operating temperature−1 to 138 °C
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−40 to 85 °C
- Max current per circuit500 mA
- Weight64 g
- Operating temperature−40 to 85 °C
- Max current per circuit500 mA
- Weight64 g
- Operating temperature−1 to 138 °C (−40 to 85 °C for the S6/G)
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C (−40 to 85 °C for the S6/G)
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C
- Max current per circuit500 mA
- Operating temperature−1 to 138 °C
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C (−40 to 85 °C for the S6/G)
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C (−40 to 85 °C for the S6/G)
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C (−40 to 85 °C for the S6/G)
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C (−40 to 85 °C for the S6/G)
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C (−40 to 85 °C for the S6/G)
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C (−40 to 85 °C for the S6/G)
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C (−40 to 85 °C for the S6/G)
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C (−40 to 85 °C for the S6/G)
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C
- Max current per circuit500 mA
- Operating temperature−1 to 138 °C
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C
- Max current per circuit500 mA
- Weight56 to 65 g
- Operating temperature−1 to 138 °C
- Max current per circuit500 mA
- Weight56 to 65 g
Short S4: four-circuit compact end-of-shaft slip ring
The Short S4 is the four-circuit model of the Short S-Series. It mounts on a shaft end and carries strain gages, thermocouples, accelerometers and low voltages from rotor to stator. Its four circuits are rated at 500 mA through precious metal rings and brushes, with a peak resistance variation of 0.1 Ω, and the stainless steel and aluminum case is sealed against dust. The rotor, 41.28 mm (1.625 in) in diameter, carries two redundant sets of color-coded solder terminals. The Short S4/X is 22.15 mm long, weighs 56 g and runs up to 12 000 rpm, from −1 to 138 °C. A colder environment is specified when ordering.
It is ordered as Short S4/X, with a miniature connector on the stator and one 3 m (10 ft) cable; Short S4, with end terminals on the stator; Short S4/T, with stator terminals; Short S4/TG, with stator terminals and no restraint bracket; or Short S4/T/LHV, with stator terminals and a lubrication hole. The part number guide explains the suffixes.
The rotor is fixed to the shaft end with two 4-40 or M2.5 screws on a 36.45 mm (1.435 in) bolt circle, directly or through a rotor adapter, with a total indicated runout of no more than 0.025 mm (0.001 in). Stranded wires of 28 or 30 AWG, 24 AWG at most, run along the shaft or through its bore and are secured to it before being soldered to the rotor terminals. The S-Series user manual describes the mounting. Except on the Short S4/TG, the stator is held by a tether on its tabs, a flexible cable or a soft spring.
It is primarily used on engines in vehicles, where space is limited and conditions are hot, fast and vibrating: see measurements in limited space and accessory belt pulley torque.
Short S4/D and S4J: four circuits, stub rotor
The Short S4/D and Short S4J are four-circuit Short S slip rings whose rotor is a stub instead of the 41.28 mm flange, with the rotor wires leaving along the axis, as their outline drawings show. The stub of the Short S4J is notched. The four circuits are rated at 500 mA through precious metal rings and brushes, with a peak resistance variation of 0.1 Ω, and the stainless steel and aluminum case is sealed against dust.
They are ordered as Short S4/D or Short S4J, with end terminals on the stator; Short S4/T/D, with stator terminals; or Short S4/X/D, with a miniature connector on the stator and one 3 m (10 ft) cable. The part number guide explains the suffixes.
The stub is not mounted like the flange rotor of the other Short S models; its outline is shown in the configurator below. Ask us for the mounting of a stub rotor on your shaft.
It is primarily used on engines in vehicles, where space is limited and conditions are hot, fast and vibrating: see measurements in limited space.
Short S4/TC1: four circuits, one rotor-mounted thermocouple amplifier
The Short S4/TC1 combines the four-circuit Short S slip ring with a thermocouple amplifier built into its rotor, between the thermocouple and the rings, so the signal crosses the rings as a high-level voltage. Its four circuits are rated at 500 mA through precious metal rings and brushes, with a peak resistance variation of 0.1 Ω, and the stainless steel and aluminum case is sealed against dust. The rotor is 41.28 mm (1.625 in) in diameter.
It is ordered as Short S4/T/TC1K, for a type K thermocouple, or Short S4/T/TC1T, for type T, both with stator terminals. The part number guide explains the suffixes.
The rotor is fixed to the shaft end with two 4-40 or M2.5 screws on a 36.45 mm (1.435 in) bolt circle, directly or through a rotor adapter, with a total indicated runout of no more than 0.025 mm (0.001 in). The stator is held by a tether on its tabs, a flexible cable or a soft spring.
It takes thermocouple temperatures off a rotating part where space is limited: see temperature on rotating components and measurements in limited space.
Short S6: six-circuit compact end-of-shaft slip ring
The Short S6 is the six-circuit model of the Short S-Series. It mounts on a shaft end and carries strain gages, thermocouples, accelerometers and low voltages from rotor to stator. Its six circuits are rated at 500 mA through precious metal rings and brushes, with a peak resistance variation of 0.1 Ω, and the stainless steel and aluminum case is sealed against dust. The rotor, 41.28 mm (1.625 in) in diameter, carries color-coded solder terminals. It is 24.69 mm long and runs up to 12 000 rpm, from −1 to 138 °C; the Short S6/X weighs 61 g, the Short S6/T 56 g. A colder environment is specified when ordering.
It is ordered as Short S6/X, with a connector on the stator and one 3 m (10 ft) cable; Short S6/T, with six solder terminals on the stator; or Short S6/T/N7, with stator terminals and the rotor wires leaving through the rotor flange. The part number guide explains the suffixes.
The rotor is fixed to the shaft end with two 4-40 or M2.5 screws on a 36.45 mm (1.435 in) bolt circle, directly or through a rotor adapter, with a total indicated runout of no more than 0.025 mm (0.001 in). Stranded wires of 28 or 30 AWG, 24 AWG at most, run along the shaft or through its bore and are secured to it before being soldered to the rotor terminals. The S-Series user manual describes the mounting. The stator is held by a tether on its tabs, a flexible cable or a soft spring.
It is primarily used on engines in vehicles, where space is limited and conditions are hot, fast and vibrating: see measurements in limited space and accessory belt pulley torque.
Short S6/G: six circuits, one rotor-mounted strain gage amplifier
The Short S6/G combines the Short S6 slip ring with a precision strain gage amplifier built into its rotor, for one bridge. It supplies a low-drift excitation to bridges of 350 Ω and above, with a gain of 100 to 2 000 V/V and an output of ±10 V. With a 41.28 mm (1.625 in) rotor, it is 28.2 mm long, weighs 64 g and runs up to 12 000 rpm, from −40 to 85 °C.
It is ordered as Short S6/T/G5 or S6/X/G5, with a 5 V bridge excitation, or Short S6/T/G10 or S6/X/G10, with 10 V; /T has solder terminals on the stator, /X a connector and one 3 m (10 ft) cable. The part number guide explains the suffixes.
The rotor is fixed to the shaft end with two 4-40 or M2.5 screws on a 36.45 mm (1.435 in) bolt circle, directly or through a rotor adapter, with a total indicated runout of no more than 0.025 mm (0.001 in). The stator is held by a tether on its tabs, a flexible cable or a soft spring. The amplifier, sensitive to electrostatic discharge, is soldered at a protected workstation; a full bridge is wired to its rotor terminals, and the gain and shunt calibration resistance are set by shorting terminals or with a resistor. It is powered with ±15 V DC and a common.
It takes a strain gage signal off a rotating part where space is limited: see measurements in limited space.
Short S6/TC3: six circuits, three rotor-mounted thermocouple amplifiers
The Short S6/TC3 combines a six-circuit Short S slip ring with three thermocouple amplifiers built into its rotor, so the signals cross the rings as high-level voltages. The thermocouple leads, in 24 AWG stranded wire and 305 mm (12 in) long as standard, leave the rotor through yellow, orange and brown bushings; other lengths can be specified. The six stator connections carry the ±15 V DC supply, the common and the three amplified channels. With a 41.28 mm (1.625 in) rotor, it is 28.7 mm long and runs up to 12 000 rpm.
The last letter of the reference gives the thermocouple type: Short S6/T/TC3K and S6/X/TC3K for type K, Short S6/T/TC3T and S6/X/TC3T for type T. /T has solder terminals on the stator, /X a miniature 7-pin connector and one 3 m (10 ft) cable. Terminals in thermocouple material on the rotor, instead of the leads, are a higher-cost alternative: add T at the end of the reference, as in Short S6/T/TC3KT. The part number guide explains the suffixes.
The rotor is fixed to the shaft end with two 4-40 or M2.5 screws on a 36.45 mm (1.435 in) bolt circle, directly or through a rotor adapter, with a total indicated runout of no more than 0.025 mm (0.001 in). The stator is held by a tether on its tabs, a flexible cable or a soft spring. The amplifiers are powered with ±15 V DC through the slip ring.
It takes thermocouple temperatures off a rotating part where space is limited: see temperature on rotating components and measurements in limited space.
Short S8: eight-circuit compact end-of-shaft slip ring
The Short S8 is the eight-circuit model of the Short S-Series. It mounts on a shaft end and carries strain gages, thermocouples, accelerometers and low voltages from rotor to stator. Its eight circuits are rated at 500 mA through precious metal rings and brushes, with a peak resistance variation of 0.1 Ω, and the stainless steel and aluminum case is sealed against dust. The rotor, 41.28 mm (1.625 in) in diameter, carries color-coded solder terminals. It is 27.23 mm long and runs up to 12 000 rpm, from −1 to 138 °C; the Short S8/X weighs 64 g. A colder environment is specified when ordering.
It is ordered as Short S8/X, with a miniature 12-pin connector on the stator and one 3 m (10 ft) cable, or Short S8/T, with solder terminals on the stator. The part number guide explains the suffixes.
The rotor is fixed to the shaft end with two 4-40 or M2.5 screws on a 36.45 mm (1.435 in) bolt circle, directly or through a rotor adapter, with a total indicated runout of no more than 0.025 mm (0.001 in). Stranded wires of 28 or 30 AWG, 24 AWG at most, run along the shaft or through its bore and are secured to it before being soldered to the rotor terminals. The S-Series user manual describes the mounting. The stator is held by a tether on its tabs, a flexible cable or a soft spring.
It is primarily used on engines in vehicles, where space is limited and conditions are hot, fast and vibrating: see measurements in limited space.
Short S8/X/D: eight circuits, stub rotor
The Short S8/X/D is an eight-circuit Short S slip ring whose rotor is a stub instead of the 41.28 mm flange, with the rotor wires leaving along the axis, as its outline drawing shows. The eight circuits are rated at 500 mA through precious metal rings and brushes, with a peak resistance variation of 0.1 Ω, and the stainless steel and aluminum case is sealed against dust.
The stator carries a miniature 12-pin connector and comes with one 3 m (10 ft) cable. The part number guide explains the suffixes.
The stub is not mounted like the flange rotor of the other Short S models; its outline is shown in the configurator below. Ask us for the mounting of a stub rotor on your shaft.
It is primarily used on engines in vehicles, where space is limited and conditions are hot, fast and vibrating: see measurements in limited space.
Short S8/2G: eight circuits, two rotor-mounted strain gage amplifiers
The Short S8/2G combines an eight-circuit Short S slip ring with two strain gage amplifiers built into its rotor. The eight circuits are rated at 500 mA through precious metal rings and brushes, with a peak resistance variation of 0.1 Ω, and the stainless steel and aluminum case is sealed against dust. The rotor is 41.28 mm (1.625 in) in diameter.
It is ordered as Short S8/T/2G5 or S8/X/2G5, with a 5 V bridge excitation, or Short S8/T/2G10 or S8/X/2G10, with 10 V; /T has solder terminals on the stator, /X a miniature 12-pin connector and one 3 m (10 ft) cable. The part number guide explains the suffixes.
The rotor is fixed to the shaft end with two 4-40 or M2.5 screws on a 36.45 mm (1.435 in) bolt circle, directly or through a rotor adapter, with a total indicated runout of no more than 0.025 mm (0.001 in). The stator is held by a tether on its tabs, a flexible cable or a soft spring.
It takes strain gage signals off a rotating part where space is limited: see measurements in limited space.
Short S8/TC4: eight circuits, four rotor-mounted thermocouple amplifiers
The Short S8/TC4 combines an eight-circuit Short S slip ring with four thermocouple amplifiers built into its rotor, so the signals cross the rings as high-level voltages. The thermocouple leads, 30 AWG and 305 mm (12 in) long as standard, leave the rotor through colored bushings; other lengths can be specified. The eight stator connections carry the ±15 V DC supply, the ground, the signal low and the four amplified channels. With a 41.28 mm (1.625 in) rotor, it is 36.8 mm (1.45 in) long and runs up to 12 000 rpm.
It is ordered as Short S8/T/TC4K or S8/T/TC4T, with stator terminals, for type K or type T thermocouples; Short S8/X/TC4K, type K, with a miniature 12-pin connector and one 3 m (10 ft) cable; or Short S8/X/TC4KT, type K with a connector, where the rotor carries terminals in thermocouple material instead of pre-attached leads. The part number guide explains the suffixes.
The rotor is fixed to the shaft end with two 4-40 or M2.5 screws on a 36.45 mm (1.435 in) bolt circle, directly or through a rotor adapter, with a total indicated runout of no more than 0.025 mm (0.001 in). The stator is held by a tether on its tabs, a flexible cable or a soft spring. The amplifiers are powered with ±15 V DC through the slip ring.
It takes thermocouple temperatures off a rotating part where space is limited: see temperature on rotating components and measurements in limited space.
Short S8M/X: eight circuits, 50.8 mm rotor
The Short S8M/X is an eight-circuit Short S slip ring with a 50.8 mm (2 in) rotor in place of the 41.28 mm rotor of the Short S8. Its eight circuits are rated at 500 mA through precious metal rings and brushes, with a peak resistance variation of 0.1 Ω, and the stainless steel and aluminum case is sealed against dust. It is rated from −1 to 138 °C.
The stator carries a miniature 12-pin connector and comes with one 3 m (10 ft) cable. The part number guide explains the suffixes.
Its outline is shown in the configurator below. The stator is held by a tether on its tabs, a flexible cable or a soft spring.
It is primarily used on engines in vehicles, where space is limited and conditions are hot, fast and vibrating: see measurements in limited space.
Short S10: ten-circuit compact end-of-shaft slip ring
The Short S10 is the ten-circuit model of the Short S-Series. It mounts on a shaft end and carries strain gages, thermocouples, accelerometers and low voltages from rotor to stator. Its ten circuits are rated at 500 mA through precious metal rings and brushes, with a peak resistance variation of 0.1 Ω, and the stainless steel and aluminum case is sealed against dust. The rotor, 41.28 mm (1.625 in) in diameter, carries color-coded solder terminals. The Short S10/X is 29.77 mm long, weighs 65 g and runs up to 12 000 rpm, from −1 to 138 °C. A colder environment is specified when ordering.
It is ordered as Short S10/X, with a miniature 12-pin connector (3/8-24 thread) on the stator and one 3 m (10 ft) cable; Short S10/T, with stator terminals; or Short S10/CT, with stator terminals and a cable clamp. The part number guide explains the suffixes.
The rotor is fixed to the shaft end with two 4-40 or M2.5 screws on a 36.45 mm (1.435 in) bolt circle, directly or through a rotor adapter, with a total indicated runout of no more than 0.025 mm (0.001 in). Stranded wires of 28 or 30 AWG, 24 AWG at most, run along the shaft or through its bore and are secured to it before being soldered to the rotor terminals. The S-Series user manual describes the mounting. The stator is held by a tether on its tabs, a flexible cable or a soft spring.
It is primarily used on engines in vehicles, where space is limited and conditions are hot, fast and vibrating: see measurements in limited space.
Short S10/X/TC2J/LIN: ten circuits, two linearized thermocouple amplifiers
The Short S10/X/TC2J/LIN combines a ten-circuit Short S slip ring with two linearized type J thermocouple amplifiers (AMP-TCJ-LIN) built into its rotor, so the two temperatures cross the rings as high-level voltages, linear with temperature. Its ten circuits are rated at 500 mA through precious metal rings and brushes, with a peak resistance variation of 0.1 Ω, and the stainless steel and aluminum case is sealed against dust. With a 41.28 mm (1.625 in) rotor, it runs up to 12 000 rpm, from −1 to 138 °C.
The stator carries a miniature 12-pin connector and comes with one 3 m (10 ft) cable. The part number guide explains the suffixes. What a linear output changes is explained in choosing a thermocouple amplifier.
The rotor is fixed to the shaft end with two 4-40 or M2.5 screws on a 36.45 mm (1.435 in) bolt circle, directly or through a rotor adapter, with a total indicated runout of no more than 0.025 mm (0.001 in). The stator is held by a tether on its tabs, a flexible cable or a soft spring.
It takes thermocouple temperatures off a rotating part where space is limited: see temperature on rotating components and measurements in limited space.
Short S10/D and S10J: ten circuits, stub rotor
The Short S10/D and Short S10J are ten-circuit Short S slip rings whose rotor is a stub instead of the 41.28 mm flange, with the rotor wires leaving along the axis, as their outline drawings show. The stub of the Short S10J is notched. The ten circuits are rated at 500 mA through precious metal rings and brushes, with a peak resistance variation of 0.1 Ω, and the stainless steel and aluminum case is sealed against dust.
The Short S10/D has its stator terminals on the top plate and 254 mm (10 in) rotor wires; the Short S10J has end terminals on the stator. The part number guide explains the suffixes.
The stub is not mounted like the flange rotor of the other Short S models; its outline is shown in the configurator below. Ask us for the mounting of a stub rotor on your shaft.
It is primarily used on engines in vehicles, where space is limited and conditions are hot, fast and vibrating: see measurements in limited space.
Short S10M: ten circuits, 50.8 mm rotor
The Short S10M is a ten-circuit Short S slip ring with a 50.8 mm (2 in) rotor in place of the 41.28 mm rotor of the Short S10. Its ten circuits are rated at 500 mA through precious metal rings and brushes, with a peak resistance variation of 0.1 Ω, and the stainless steel and aluminum case is sealed against dust. It is rated from −1 to 138 °C.
It is ordered as Short S10M/X, with a miniature 12-pin connector on the stator and one 3 m (10 ft) cable, or Short S10M/X/N7, with a connector and the rotor wires leaving through the rotor flange. The part number guide explains the suffixes.
Its outline is shown in the configurator below. The stator is held by a tether on its tabs, a flexible cable or a soft spring.
It is primarily used on engines in vehicles, where space is limited and conditions are hot, fast and vibrating: see measurements in limited space.
Short S10M/T/TC7TT/LH: ten circuits, seven rotor-mounted thermocouple amplifiers
The Short S10M/T/TC7TT/LH combines a ten-circuit Short S slip ring with a 50.8 mm (2 in) rotor and seven type T thermocouple amplifiers built into the rotor, so the seven temperatures cross the rings as high-level voltages. The rotor carries its thermocouple terminals, marked TC1 to TC7, in thermocouple material. Its ten circuits are rated at 500 mA through precious metal rings and brushes, with a peak resistance variation of 0.1 Ω, and the stainless steel and aluminum case is sealed against dust.
The stator carries solder terminals (/T), and the assembly has a lubrication hole (/LH). The part number guide explains the suffixes.
Its outline is shown in the configurator below. The stator is held by a tether on its tabs, a flexible cable or a soft spring.
It takes thermocouple temperatures off a rotating part where space is limited: see temperature on rotating components and measurements in limited space.
Specifications
| Circuits | 4 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | None |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Rotor diameter | 41.28 mm |
| Operating temperature | −1 to 138 °C |
| Connections | Solder terminals (rotor: solder terminals · stator: end terminals) |
| Circuits | 4 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | None |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Max speed | 12 000 rpm |
| Rotor diameter | 41.28 mm |
| Dimensions | Ø 31.24 × 22.15 mm |
| Weight | 56 g |
| Operating temperature | −1 to 138 °C |
| Connections | Connector · Solder terminals (rotor: solder terminals · stator: connector (x)) |
| Circuits | 4 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | None |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Rotor diameter | 41.28 mm |
| Operating temperature | −1 to 138 °C |
| Connections | Solder terminals (rotor: solder terminals · stator: terminals (t)) |
| Circuits | 4 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | None |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Rotor diameter | 41.28 mm |
| Lubrication | Lubrication hole, regular lubrication |
| Operating temperature | −1 to 138 °C |
| Connections | Solder terminals (rotor: solder terminals · stator: terminals (t)) |
| Circuits | 4 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | None |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Operating temperature | −1 to 138 °C |
| Connections | Solder terminals (rotor: solder terminals · stator: end terminals) |
| Circuits | 4 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | None |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Operating temperature | −1 to 138 °C |
| Connections | Solder terminals (rotor: solder terminals · stator: end terminals) |
| Circuits | 4 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | None |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Operating temperature | −1 to 138 °C |
| Connections | Solder terminals (rotor: solder terminals · stator: terminals (t)) |
| Circuits | 4 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | None |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Rotor diameter | 41.28 mm |
| Operating temperature | −1 to 138 °C |
| Connections | Solder terminals (rotor: solder terminals · stator: terminals, no restraint bracket (tg)) |
| Circuits | 4 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | None |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Operating temperature | −1 to 138 °C |
| Connections | Connector · Solder terminals (rotor: solder terminals · stator: connector (x)) |
| Circuits | 4 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | Thermocouple (1 amplifier) |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Rotor diameter | 41.28 mm |
| Connections | Solder terminals (stator: terminals (t)) |
| Circuits | 4 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | Thermocouple (1 amplifier) |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Rotor diameter | 41.28 mm |
| Connections | Solder terminals (stator: terminals (t)) |
| Circuits | 6 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | None |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Max speed | 12 000 rpm |
| Rotor diameter | 41.28 mm |
| Dimensions | Ø 31.24 × 24.69 mm |
| Weight | 61 g |
| Operating temperature | −1 to 138 °C |
| Connections | Connector · Solder terminals (rotor: solder terminals · stator: connector (x)) |
| Circuits | 6 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | Strain gage (1 amplifier) |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Rotor diameter | 41.28 mm |
| Operating temperature | −40 to 85 °C |
| Connections | Connector · Solder terminals (rotor: solder terminals · stator: connector (x)) |
| Circuits | 6 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | Strain gage (1 amplifier) |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Rotor diameter | 41.28 mm |
| Operating temperature | −40 to 85 °C |
| Connections | Connector · Solder terminals (rotor: solder terminals · stator: connector (x)) |
| Circuits | 6 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | Thermocouple (3 amplifiers) |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Max speed | 12 000 rpm |
| Rotor diameter | 41.28 mm |
| Dimensions | Ø 31.24 × 28.7 mm |
| Connections | Connector · Flying leads (rotor: thermocouple leads, pre-attached · stator: miniature 7-pin connector (x)) |
| Circuits | 6 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | Thermocouple (3 amplifiers) |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Max speed | 12 000 rpm |
| Rotor diameter | 41.28 mm |
| Dimensions | Ø 31.24 × 28.7 mm |
| Connections | Connector · Flying leads (rotor: thermocouple leads, pre-attached · stator: miniature 7-pin connector (x)) |
| Circuits | 6 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | None |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Max speed | 12 000 rpm |
| Rotor diameter | 41.28 mm |
| Dimensions | Ø 31.24 × 24.69 mm |
| Weight | 56 g |
| Operating temperature | −1 to 138 °C |
| Connections | Solder terminals (rotor: solder terminals · stator: terminals (t)) |
| Circuits | 6 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | None |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Rotor diameter | 41.28 mm |
| Operating temperature | −1 to 138 °C |
| Connections | Flying leads · Solder terminals (rotor: wires through the rotor flange (N7) · stator: terminals (t)) |
| Circuits | 6 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | Strain gage (1 amplifier) |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Max speed | 12 000 rpm |
| Rotor diameter | 41.28 mm |
| Dimensions | length 28.2 mm |
| Weight | 64 g |
| Operating temperature | −40 to 85 °C |
| Connections | Solder terminals (rotor: solder terminals · stator: terminals (t)) |
| Circuits | 6 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | Strain gage (1 amplifier) |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Max speed | 12 000 rpm |
| Rotor diameter | 41.28 mm |
| Dimensions | length 28.2 mm |
| Weight | 64 g |
| Operating temperature | −40 to 85 °C |
| Connections | Solder terminals (rotor: solder terminals · stator: terminals (t)) |
| Circuits | 6 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | Thermocouple (3 amplifiers) |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Max speed | 12 000 rpm |
| Rotor diameter | 41.28 mm |
| Dimensions | Ø 31.24 × 28.7 mm |
| Connections | Flying leads · Solder terminals (rotor: thermocouple leads, pre-attached · stator: terminals (t)) |
| Circuits | 6 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | Thermocouple (3 amplifiers) |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Max speed | 12 000 rpm |
| Rotor diameter | 41.28 mm |
| Dimensions | Ø 31.24 × 28.7 mm |
| Connections | Flying leads · Solder terminals (rotor: thermocouple leads, pre-attached · stator: terminals (t)) |
| Circuits | 8 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | None |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Max speed | 12 000 rpm |
| Rotor diameter | 41.28 mm |
| Dimensions | Ø 31.24 × 27.23 mm |
| Weight | 64 g |
| Operating temperature | −1 to 138 °C |
| Connections | Connector · Solder terminals (rotor: solder terminals · stator: miniature 12-pin connector (x)) |
| Circuits | 8 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | None |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Operating temperature | −1 to 138 °C |
| Connections | Connector · Solder terminals (rotor: solder terminals · stator: miniature 12-pin connector (x)) |
| Circuits | 8 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | Strain gage (2 amplifiers) |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Rotor diameter | 41.28 mm |
| Connections | Connector · Solder terminals (rotor: solder terminals · stator: miniature 12-pin connector (x)) |
| Circuits | 8 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | Strain gage (2 amplifiers) |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Rotor diameter | 41.28 mm |
| Connections | Connector · Solder terminals (rotor: solder terminals · stator: miniature 12-pin connector (x)) |
| Circuits | 8 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | None |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Max speed | 12 000 rpm |
| Rotor diameter | 41.28 mm |
| Dimensions | Ø 31.24 × 27.23 mm |
| Operating temperature | −1 to 138 °C |
| Connections | Solder terminals (rotor: solder terminals · stator: terminals (t)) |
| Circuits | 8 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | Thermocouple (4 amplifiers) |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Max speed | 12 000 rpm |
| Rotor diameter | 41.28 mm |
| Dimensions | Ø 31.24 × 36.83 mm |
| Connections | Flying leads · Solder terminals (rotor: thermocouple leads, pre-attached · stator: terminals (t)) |
| Circuits | 8 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | Thermocouple (4 amplifiers) |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Max speed | 12 000 rpm |
| Rotor diameter | 41.28 mm |
| Dimensions | Ø 31.24 × 36.83 mm |
| Connections | Flying leads · Solder terminals (rotor: thermocouple leads, pre-attached · stator: terminals (t)) |
| Circuits | 8 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | Thermocouple (4 amplifiers) |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Max speed | 12 000 rpm |
| Rotor diameter | 41.28 mm |
| Dimensions | Ø 31.24 × 36.83 mm |
| Connections | Connector · Flying leads (rotor: thermocouple leads, pre-attached · stator: miniature 12-pin connector (x)) |
| Circuits | 8 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | Thermocouple (4 amplifiers) |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Max speed | 12 000 rpm |
| Rotor diameter | 41.28 mm |
| Dimensions | Ø 31.24 × 36.83 mm |
| Connections | Connector · Solder terminals (rotor: terminals in thermocouple material · stator: miniature 12-pin connector (x)) |
| Circuits | 8 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | Strain gage (2 amplifiers) |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Rotor diameter | 41.28 mm |
| Connections | Solder terminals (rotor: solder terminals · stator: terminals (t)) |
| Circuits | 8 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | Strain gage (2 amplifiers) |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Rotor diameter | 41.28 mm |
| Connections | Solder terminals (rotor: solder terminals · stator: terminals (t)) |
| Circuits | 8 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | None |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Rotor diameter | 50.8 mm |
| Operating temperature | −1 to 138 °C |
| Connections | Connector · Solder terminals (rotor: solder terminals · stator: miniature 12-pin connector (x)) |
| Circuits | 10 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | None |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Max speed | 12 000 rpm |
| Rotor diameter | 41.28 mm |
| Dimensions | Ø 31.24 × 29.77 mm |
| Weight | 65 g |
| Operating temperature | −1 to 138 °C |
| Connections | Connector · Solder terminals (rotor: solder terminals · stator: miniature 12-pin connector (x)) |
| Circuits | 10 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | Thermocouple (2 amplifiers AMP-TCJ-LIN) |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Max speed | 12 000 rpm |
| Rotor diameter | 41.28 mm |
| Operating temperature | −1 to 138 °C |
| Connections | Connector · Solder terminals (rotor: solder terminals · stator: miniature 12-pin connector (x)) |
| Circuits | 10 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | None |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Operating temperature | −1 to 138 °C |
| Connections | Solder terminals (rotor: solder terminals · stator: end terminals) |
| Circuits | 10 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | None |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Rotor diameter | 41.28 mm |
| Operating temperature | −1 to 138 °C |
| Connections | Solder terminals (rotor: solder terminals · stator: terminals (t)) |
| Circuits | 10 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | None |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Rotor diameter | 41.28 mm |
| Operating temperature | −1 to 138 °C |
| Connections | Solder terminals (rotor: solder terminals · stator: terminals and cable clamp (ct)) |
| Circuits | 10 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | None |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Operating temperature | −1 to 138 °C |
| Connections | Solder terminals (rotor: solder terminals · stator: end terminals) |
| Circuits | 10 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | None |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Rotor diameter | 50.8 mm |
| Operating temperature | −1 to 138 °C |
| Connections | Connector · Solder terminals (rotor: solder terminals · stator: miniature 12-pin connector (x)) |
| Circuits | 10 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | None |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Rotor diameter | 50.8 mm |
| Operating temperature | −1 to 138 °C |
| Connections | Connector · Flying leads (rotor: wires through the rotor flange (N7) · stator: connector (x)) |
| Circuits | 10 |
|---|---|
| Rotation sensor | None |
| Embedded amplifier | Thermocouple (7 amplifiers) |
| Max peak contact noise | ≤ 100 mΩ |
| Current per circuit | 500 mA |
| Mounting | End of shaft |
| Rotor diameter | 50.8 mm |
| Lubrication | Lubrication hole, regular lubrication |
| Operating temperature | −1 to 138 °C |
| Connections | Solder terminals (stator: terminals (t)) |
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Related applications
-
Powertrain Accessory belt pulley torque Torque on an accessory drive pulley, from a strain gage bridge on the pulley and a slip ring on the shaft end. -
Temperature Temperature on rotating parts The temperature of a bearing, a compressor or a brake rotor, read while the part rotates under load. -
Test rig Measurements in limited space Strain or temperature off a rotating part where there is no room for a slip ring and a separate amplifier. -
Efficiency Vehicle efficiency and power mapping Torque and speed measured at each driveline stage, from engine to wheel, so each power loss has a location.
If the Short S-Series is not the one
- Longer, stainless steel case S-Series
4 to 10 circuits at 12 000 rpm like the Short S, in a stainless steel case 30 to 38 mm long, from −40 to 121 °C, with permanently lubricated bearings.
- More circuits, or shaft speed SR Series
End of shaft, 4 to 36 circuits, stainless steel case, with a 60 ppr encoder on the /E60 versions.
- Angular position as well SR/ERT Series
10, 20 or 36 circuits, with an optional encoder or resolver.
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