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Bourns Inc. EM14 series Encoders

Introduction, stock information and FAQs of EM14 series Encoders

In this post, you will be informed about the features, applications, PDF datasheets, substitute products, stock, and pricing of Bourns Inc.'s EM14 series Encoders.

Applications

Aerospace & defense
Factory automation & control
Medical

Associated Products

Part Number	Description	Stock	RFQ
EM14A0D-B28-L032S	Optical Encoder Rotary Incremental Slot 1.5oz.in Straight Digital Square Wave Through Hole PC Pins 8CPR	0	RFQ
EM14A0D-B24-L032S	Optical Encoder Rotary Incremental Slot 1.5oz.in Straight Digital Square Wave Through Hole PC Pins 8CPR	0	RFQ
EM14R0D-R20-R032N	ENCODER OPT ROTARY 32PPR WO/SW	0	RFQ
EM14R0D-M25-L064N	Optical Encoder Rotary Incremental Flat 1.5oz.in Straight Digital Square Wave Through Hole PC Pins 16CPR	0	RFQ
EM14A0D-C28-L064N	ENCODER OPT ROTARY 64PPR WO/SW	0	RFQ
EM14A0A-B24-L164N	ROTARY ENCODER OPTICAL 64PPR	0	RFQ
EM14R0D-R20-R016S	ENCODER OPT ROTARY 16PPR W/SW	0	RFQ
EM14R0A-M25-R064N	ROTARY ENCODER OPTICAL 64PPR	39	BUY
EM14A1D-C24-L008N	ROTARY ENCODER OPTICAL 8PPR	48	BUY
EM14R1D-M20-R008N	Optical Encoder Rotary Incremental Flat 1.5oz.in Right Angle Digital Square Wave Through Hole PC Pins 2CPR	0	RFQ
EM14C0D-E28-L064S	ENCODER OPT ROTARY 64PPR W/SW	0	RFQ
EM14A0D-B28-L008S	BOURNS - EM14A0D-B28-L008S - OPTICAL ENCODER	156	BUY
EM14A0A-C24-L064S	Optical Encoder Rotary Incremental Flat 1.5oz.in Straight Digital Square Wave Through Hole PC Pins 16CPR	48	BUY
EM14R1D-M20-L008S	ROTARY ENCODER OPTICAL 8PPR	0	RFQ
EM14R1A-M20-L032S	ROTARY ENCODER OPTICAL 32PPR	0	RFQ
EM14A1B-C24-L032S	Optical Encoder Rotary Incremental Flat 1.5oz.in Straight Digital Square Wave Bracket Mount PC Pins 8CPR	142	RFQ
EM14A1D-C28-L032S	Optical Encoder Rotary Incremental Flat 1.5oz.in Straight Digital Square Wave Through Hole PC Pins 8CPR	0	RFQ
EM14R0B-R20-L064N	ROTARY ENCODER OPTICAL 64PPR	48	BUY
EM14A1A-C24-L032S	Optical Encoder Rotary Incremental Flat 1.5oz.in Straight Digital Square Wave Through Hole PC Pins 8CPR	0	RFQ
EM14R0B-R20-R064S	ROTARY ENCODER OPTICAL 64PPR	0	RFQ

Technical Documents

Bourns Inc. EM14 series encoders are high-performance, cost-effective, and reliable rotary encoders designed for a wide range of applications. They feature a robust design with a long life expectancy and are available in a variety of resolutions, from 10 to 1024 pulses per revolution. The EM14 series encoders are designed to provide precise and reliable position feedback in a wide range of applications, including industrial automation, robotics, medical equipment, and more. They are also designed to be easy to install and maintain, with a wide range of mounting options and a variety of electrical and mechanical configurations.

Features

• Compact design with a diameter of 14mm

• Available in 12, 16, 24, and 32-pulse versions

• High-resolution output

• High-reliability contactless design

• RoHS compliant

• Operating temperature range of -40°C to +85°C

• Available with a variety of shafts and mounting options

Applications

• Automotive

• Industrial

• Robotics

• Medical

• Aerospace

• Security

• Automated Test Equipment

• Motion Control

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Frequently Asked Questions

What are the Alternative Products of Bourns Inc. EM14 series Encoders?

1. CTS Corporation EC Series Encoders 2. Alps Electric EC11 Series Encoders 3. Honeywell HEDS-9000 Series Encoders 4. Panasonic EVQ-P Series Encoders 5. CUI Devices AMT Series Encoders 6. Grayhill Inc. Series 70 Encoders 7. Bourns Inc. EM15 Series Encoders 8. CTS Corporation EC11 Series Encoders 9. Honeywell HEDS-9100 Series Encoders 10. Panasonic EVQ-Q Series Encoders

What are the differences between the types of Bourns Inc. EM14 series Encoders?

The EM14 series of encoders from Bourns Inc. come in three different types: mechanical, optical, and magnetic.   Mechanical encoders use a physical contact between a rotating shaft and a stationary contact to generate a signal. They are typically used in applications where accuracy and reliability are not as important as cost.  Optical encoders use light to detect the position of a rotating shaft. They are more accurate and reliable than mechanical encoders, but also more expensive.  Magnetic encoders use a magnetic field to detect the position of a rotating shaft. They are the most accurate and reliable type of encoder, but also the most expensive.