Series 2200 / 7.5 N·m

Name: Series 2200 / 7.5 N·m
SKU: Series 2200 / 7.5 N·m

Model / article: Series 2200 / 7.5 N·m

Series 2200 / 7.5 N·m is listed by NCTE in Torque sensors. Published model data includes Product mass: 0.392 kg; Operating temperature: -30 to +85 °C. See the specification table for operating conditions and source evidence.

Contactless magnetostrictive rotating torque sensors that NCTE documents as suitable for robotics, assembly systems and mobile robots. Each record is an explicit series/rated-torque configuration; analog output choices remain attributed order options.

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Product overview

Manufacturer / supplier: NCTE
Series: NCTE Series 2200 contactless torque sensors
Component type: Torque sensors
Source: Open published source

Published pricing

No verified public price indexed for this model. Contact PartMeld for a supplier inquiry.

Published specifications

Values are shown as published. Conditions, rating basis and source evidence apply to each value.

Latest source observation: 2026-09-19. Observation dates record evidence collection, not supplier re-verification.

Specifications and source evidence for Series 2200 / 7.5 N·m
Specification	Published value	Conditions and source
Product massModel-level statement	0.392 kg	rule validated Operating conditions shaft interface 9 mm round shaft Source evidence Series 2200 / 7.5 N·m \| Weight: 0.392 kg NCTE Series 2000 instruction manual and data sheet V25/01, February 2025, p.13 / Series 2200 / 7.5 N·m / Weight Source observed: 2026-09-19View source
Sensor accuracy classModel-level statement	1 %Rating: maximum	rule validated Operating conditions definition linearity deviation and rotational signal uniformity are each less than or equal to the accuracy class; not DIN 51309 or EA-10/14 classification Source evidence Series 2200 / 7.5 N·m \| Accuracy class: 1 % NCTE Series 2000 instruction manual and data sheet V25/01, February 2025, p.12 / Series 2200 / 7.5 N·m / Accuracy class Source observed: 2026-09-19View source
Sensor architectureModel-level statement	Contactless magnetostrictive rotating torque sensor; 9 mm round shaft	rule validated Source evidence Series 2200 / 7.5 N·m \| Architecture: Contactless magnetostrictive rotating torque sensor; 9 mm round shaft NCTE Series 2000 instruction manual and data sheet V25/01, February 2025, p.8 / Series 2200 / 7.5 N·m / Architecture Source observed: 2026-09-19View source
Sensor connectorModel-level statement	Binder Series 712-M9, 5-pin; 5 m cable included	rule validated Source evidence Series 2200 / 7.5 N·m \| Electrical connection: Binder Series 712-M9, 5-pin; 5 m cable included NCTE Series 2000 instruction manual and data sheet V25/01, February 2025, p.15 / Series 2200 / 7.5 N·m / Electrical connection Source observed: 2026-09-19View source
Sensor cutoff frequencyModel-level statement	1000 Hz	rule validated Operating conditions filter Bessel characteristic Source evidence Series 2200 / 7.5 N·m \| Cutoff frequency (-3 dB): 1000 Hz NCTE Series 2000 instruction manual and data sheet V25/01, February 2025, p.12 / Series 2200 / 7.5 N·m / Cutoff frequency (-3 dB) Source observed: 2026-09-19View source
Sensor interfaceModel-level statement	±10 V, ±5 V, 0–10 V or 0–5 V	rule validated Operating conditions order options A1, A2, A3 or A4; not expanded into inferred SKUs Source evidence Series 2200 / 7.5 N·m \| Analog output options: ±10 V, ±5 V, 0–10 V or 0–5 V NCTE Series 2000 instruction manual and data sheet V25/01, February 2025, p.12 / Series 2200 / 7.5 N·m / Analog output options Source observed: 2026-09-19View source
Sensor limit torque bidirectionalModel-level statement	9.75 N·mRating: maximum	rule validated Operating conditions configuration identity series plus published nominal torque; output signal remains an order option direction bidirectional overload warning Operate only within nominal torque; overload causing measurement offset requires NCTE recalibration Source evidence Series 2200 / 7.5 N·m \| Bidirectional limit torque: 9.75 N·m NCTE Series 2000 instruction manual and data sheet V25/01, February 2025, p.11 / Series 2200 / 7.5 N·m / Bidirectional limit torque Source observed: 2026-09-19View source
Sensor limit torque unidirectionalModel-level statement	9.75 N·mRating: maximum	rule validated Operating conditions configuration identity series plus published nominal torque; output signal remains an order option direction bidirectional overload warning Operate only within nominal torque; overload causing measurement offset requires NCTE recalibration Source evidence Series 2200 / 7.5 N·m \| Unidirectional limit torque: 9.75 N·m NCTE Series 2000 instruction manual and data sheet V25/01, February 2025, p.11 / Series 2200 / 7.5 N·m / Unidirectional limit torque Source observed: 2026-09-19View source
Sensor maximum speedModel-level statement	5000 rpmRating: maximum	rule validated Operating conditions series 2200 Source evidence Series 2200 / 7.5 N·m \| Maximum rotational speed: 5000 rpm NCTE Series 2000 instruction manual and data sheet V25/01, February 2025, p.11 / Series 2200 / 7.5 N·m / Maximum rotational speed Source observed: 2026-09-19View source
Operating temperatureModel-level statement	-30 to +85 °C	rule validated Operating conditions reference temperature +15 to +35 °C Source evidence Series 2200 / 7.5 N·m \| Operating temperature: -30 to +85 °C NCTE Series 2000 instruction manual and data sheet V25/01, February 2025, p.13 / Series 2200 / 7.5 N·m / Operating temperature Source observed: 2026-09-19View source
Ingress protectionModel-level statement	IP50 per EN 60529	rule validated Operating conditions wiring connected true Source evidence Series 2200 / 7.5 N·m \| Protection class: IP50 per EN 60529 NCTE Series 2000 instruction manual and data sheet V25/01, February 2025, p.13 / Series 2200 / 7.5 N·m / Protection class Source observed: 2026-09-19View source
Rated torqueModel-level statement	7.5 N·mRating: rated	rule validated Operating conditions configuration identity series plus published nominal torque; output signal remains an order option direction bidirectional overload warning Operate only within nominal torque; overload causing measurement offset requires NCTE recalibration Source evidence Series 2200 / 7.5 N·m \| Nominal torque: 7.5 N·m NCTE Series 2000 instruction manual and data sheet V25/01, February 2025, p.11 / Series 2200 / 7.5 N·m / Nominal torque Source observed: 2026-09-19View source

Technical documents and resources

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