HEIDENHAIN ECI 1317 32 62S13-78 About
USED HEIDENHAIN ECI 1317 32 62S13-78
Key specifications
- Manufacturer: HEIDENHAIN
- Model: ECI 1317
- Type: Absolute modular rotary encoder
- Measurement: Single-turn
- Scanning principle: Inductive
- Position resolution: 17-bit = 131,072 positions/revolution
- Incremental signals: 1 Vpp, 32-line
- Interface: EnDat 2.1 / EnDat01
- Power supply: typically 5 V 5% or 710 V
- Electrical connection: 12-pin PCB connector
- Mechanical design: Encoder without integral bearing; it mounts to the customer's shaft/machine arrangement.
- Typical maximum electrical speed: 5,000 rpm for the specified accuracy class; higher speeds are possible with reduced accuracy depending on configuration.
Advanced Non-Contact Rotary SensingUtilizing inductive, non-contact technology, the ECI 1317 encoder eliminates mechanical wear and delivers consistent, maintenance-free performance. Its precision design is ideal for high-accuracy feedback in automation, robotics, and CNC systems that demand reliable, long-term operation.
Robust Engineering for Demanding EnvironmentsWith a wide operating temperature range of -40C to +115C and exceptional shock and vibration resistance, this encoder thrives in industrial settings. Its metallic construction, industrial insulation, and compact shape support applications where durability and stability are crucial.
Efficient Performance and Versatile IntegrationDesigned for easy integration, the ECI 1317 features a shaft-mounted form factor, 5V DC operation, low energy consumption, and a permanently attached shielded cable. The EnDat 2.2 serial interface streamlines connection and ensures high-fidelity signal output for precise motor feedback.
FAQ's of HEIDENHAIN ECI 1317 32 62S13-78:
Q: How does the HEIDENHAIN ECI 1317 32 62S13-78 achieve non-contact, maintenance-free operation?
A: The ECI 1317 utilizes inductive, non-contact technology that eliminates physical friction between components, reducing wear and the need for maintenance. This ensures long-term, reliable performance in critical applications.
Q: What types of applications are ideal for the ECI 1317 encoder?
A: This model is well-suited for automation, robotics, and CNC machine feedback. Its high precision, robustness, and compact size make it particularly effective in environments requiring dependable, high-speed rotary motion sensing.
Q: When should I consider upgrading to the ECI 1317 in my application?
A: You should consider this encoder when you need high-accuracy singleturn feedback, high rotational speeds up to 12,000 rpm, and resistance to shock and vibration, especially in harsh industrial environments.
Q: Where can the ECI 1317 encoder be mounted within a system?
A: With a 12 mm shaft size and compact round design, the encoder is typically shaft-mounted directly onto motors or rotating machinery in automation systems, providing precise position data.
Q: What is the process for connecting and integrating the ECI 1317 with my control system?
A: The encoder features a permanently attached shielded cable for secure electrical connection and outputs serial data using the EnDat 2.2 interface, which simplifies integration into modern digital control architectures.
Q: How does the high shock and vibration resistance benefit my application?
A: With shock resistance up to 2000 m/s2 and vibration tolerance to 300 m/s2, this encoder maintains reliable operation and accuracy in high-stress environments, minimizing downtime and equipment failure.
Q: What are the key benefits of the ECI 1317 for OEMs and end-users?
A: OEMs and users benefit from its high-precision output, low energy consumption, maintenance-free design, and versatility in harsh conditions, resulting in lower total cost of ownership and longer system lifespan.