Which applications is the ROTARY-ENCODERS series suitable for?

The right ROTARY-ENCODERS series use case depends on switching voltage, continuous current, inrush current, coil supply, mounting orientation and environmental conditions. For critical projects, verify the model-table datasheet ratings against your actual load profile.

What should I check first when selecting a ROTARY-ENCODERS model?

Start with system voltage and continuous current; then check break capacity, inrush rating, coil voltage, auxiliary contact needs and datasheet temperature limits. The configurator builds the order code according to the manufacturer code structure.

Do datasheet ratings and configurator codes refer to the same product?

Yes. The series table shows technical limits; the configurator turns coil, contact, terminal and option selections within the same model family into an order code. For quotation, send both the generated code and your application note.

Do you provide technical support and cross-reference checks for this series?

Yes. Share your existing part number, operating voltage, load type and environmental conditions, and we can review technically suitable alternatives within the same series or adjacent product families.

What information should I send for a quotation?

The generated part number, quantity, target delivery date, application type, system voltage/current and any datasheet revision are enough. The RFQ cart helps collect these details in one request.

Will this information appear the same after publishing?

Yes. The FAQ and related-insights blocks are part of the application code and appear with the same design on the published site.

B2B · PRODUCT SERIES · SENTOPREF · IMB · SENTOP · ROTARY-ENCODERS

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Sentop · PRODUCT SERIES

Sentop Rotary Encoders

Incremental, single-turn and multi-turn absolute encoders

Rotary Encoders Series Contactor Models

Sorted by current rating (150A → 1000A)

32 MODELS

MODEL↑ current	name
EAM30A	EAM30A
EAM50A	EAM50A
EAMD58A	EAMD58A
EAS36A	EAS36A
EAS40A-S1	EAS40A-S1
EAS40A-S2	EAS40A-S2
EAS40B-F1	EAS40B-F1
EASD58A	EASD58A
EBM30A	EBM30A
EBM50A	EBM50A
EBMD58A	EBMD58A
EBS36A	EBS36A
EBS40A-S1	EBS40A-S1
EBS40A-S2	EBS40A-S2
EBS40B-F1	EBS40B-F1
EBSD58A	EBSD58A
EI18A	EI18A
EI22A-C1	EI22A-C1
EI22A-E1	EI22A-E1
EI22A-E9	EI22A-E9
EI22A-F1	EI22A-F1
EI22A-S1	EI22A-S1
EI35A-C1	EI35A-C1
EI35A-C9	EI35A-C9
EI36A	EI36A
EI36B-F1	EI36B-F1
EI40A	EI40A
EI40B	EI40B
EI40NB	EI40NB
EID58A	EID58A
IBS36-1	IBS36-1
II36-1	II36-1

FREQUENTLY ASKED QUESTIONS

About the ROTARY-ENCODERS series

06/06

RELATED INSIGHTS · ROTARY-ENCODERSREF · IMB · PUB · 04 ENTRIES

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RELATED INSIGHTS

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04 ENTRIES

SOON
ROTARY-ENCODERS Series Selection Guide
A practical approach to selecting the right model family by evaluating voltage, current, coil, mounting and environmental conditions together.
In progress
SOON
ROTARY-ENCODERS Datasheet Checklist
The key technical rows and application limits to verify before quotation or engineering approval.
In progress
SOON
ROTARY-ENCODERS Application Notes
Notes focused on thermal limits, switching duty, protection coordination and mounting conditions for field reliability.
In progress
SOON
ROTARY-ENCODERS RFQ Preparation
How to clarify part number, quantity, application and technical requirements to get accurate pricing and lead time.
In progress

// end of index · 04 / 04

Sentop Rotary Encoders

About the ROTARY-ENCODERS series

01Which applications is the ROTARY-ENCODERS series suitable for?

02What should I check first when selecting a ROTARY-ENCODERS model?

03Do datasheet ratings and configurator codes refer to the same product?

04Do you provide technical support and cross-reference checks for this series?

05What information should I send for a quotation?

06Will this information appear the same after publishing?

Go deeper

ROTARY-ENCODERS Series Selection Guide

ROTARY-ENCODERS Datasheet Checklist

ROTARY-ENCODERS Application Notes

ROTARY-ENCODERS RFQ Preparation