The ATE PWR-wireless module is very compact and lightweight. It includes the conditioning for 4 type K thermocouples or 2 extensometry gauges. Data is transmitted using frequency modulation (PCM) wireless. It is battery (3.6V) or an inductive loop. Data can be recovered in analogue output format or CAN2B or USB3 format or IENA. Applications are multiple (distorsion or temperature measurement on transmission shafts, rotating machinery, in the automotive, aeronautical or industrial sectors).

ATE-PWR sensor telemetry Torque type K
ATE-PWR sensor telemetry Torque type K
New ATE-PWR sensor telemetry wireless
ATE-PWR induction loop on transmission
Radio receiver output 0-5V analogue and USB 2 (CAN2B option available) and IENA
ATE-PWR sensor telemetry Torque type K
New ATE-PWR sensor telemetry wireless
ATE-PWR induction loop on transmission
Radio receiver output 0-5V analogue and USB 2 (CAN2B option available) and IENA
ATE-PWR sensor telemetry Torque type K
New ATE-PWR sensor telemetry wireless
ATE-PWR induction loop on transmission
Radio receiver output 0-5V analogue and USB 2 (CAN2B option available) and IENA
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New ATE-PWR sensor telemetry wireless

The ATE PWR-wireless module is very compact and lightweight. It includes the conditioning for 4 type K thermocouples or 2 extensometry gauges. Data is transmitted using frequency modulation (PCM) wireless. It is battery (3.6V) or an inductive loop. Data can be recovered in analogue output format or CAN2B or USB3 format or IENA. Applications are multiple (distorsion or temperature measurement on transmission shafts, rotating machinery, in the automotive, aeronautical or industrial sectors).

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The ATE PWR-wireless module is very compact and lightweight. It includes the conditioning for 4 type K thermocouples or 2 extensometry gauges. Data is transmitted using frequency modulation (PCM) wireless. It is battery (3.6V) or an inductive loop. Data can be recovered in analogue output format or CAN2B or USB3 format or IENA. Applications are multiple (distorsion or temperature measurement on transmission shafts, rotating machinery, in the automotive, aeronautical or industrial sectors).

> 2 channel stress gauge or 4 channel type K thermocouple input
> Battery powered, lithium battery powered or self powered by induction
> Maximum temperature -40°C + 125°C (-20°C +85 °C for battery powered) 210 °C bespoke high temperature measurement option
> Maximum acceleration 10,000G (40,000 G option)
> Bandwidth up to 100 000 ech/s, 1 channel
> Size: 42.7 x 20.6 x 12 mm
> Gain and offset programmable by USB 2 ( soft PC ) or remotely using radio transmission
> Digital PCM radio transmission
> IP65 anodised aluminium case
> Radio receiver output 0-5V analogue and USB 2 (CAN2B option available) and IENA

There is also a bespoke broadband, high temperature (+200°C) line for all specific applications.

> View Datasheet

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