Omron fiber optic cables solve the three core problems of speed, distance, and anti-interference in industrial communications through optical signal transmission, and are an ideal choice for building high-reliability automation networks. Its modular design can significantly reduce on-site installation time and is suitable for high-end manufacturing fields such as smart factories, robots, and energy.

Name: Omron High-Flex Servo Power Cable

Model: R88A-CA1A003SF

Brand: Omron

Specifications: Wire cross-section 3mm², standard length 3m, outer jacket is black PVC, approximately 8mm diameter, operating temperature range -20°C to 70°C

Compatible Models: Compatible with Omron 1S series servo motors such as the R88M-1L4K030C-BS2, and the R88D-1SN55F-ECT drive

Features: Passed 10 million reciprocating bend tests, meets VDE 0472 oil resistance standards and IEC 60332-1 flame retardant requirements, and supports a 400V voltage level

Purpose: Serves as the power transmission medium between the servo motor and drive, carrying power loads up to 7.5kW. Suitable for highly dynamic industrial environments, ensuring stable power transmission in servo systems

Name: OMRON High-Flex Servo Motor Power Cable

Brand: OMRON

Model: R88A-CA1A003BF

Product Specifications:

Type: Servo Motor Power Cable (for transmitting U/V/W three-phase power and brake power)

Wire Gauge: Standard specifications, meeting the power supply needs of small and medium-power servo motors.

Jacket Material: Specially modified PVC with a high flex life of ≥5 million cycles and excellent oil resistance.

Shield: High-density tinned copper braided shield with a coverage of ≥85%, effectively suppressing electromagnetic interference and ensuring pure power supply.

Certification: Complies with international safety standards such as CE and UL.

Compatible Models:

Designed for connecting OMRON R88D series servo drives and corresponding servo motors.

Compatible with OMRON 1S, G5, and G7 series servo systems.

Features:

Ultra-Flexible: Optimized for continuous motion drag chain and robotic applications, offering flexibility and durability.

Excellent Shielding: Excellent resistance to electromagnetic interference ensures stable motor power transmission and smooth system operation.

Environmental Tolerance: Resistant to oil, coolants, and abrasion, it withstands harsh industrial environments.

Safety and Reliability: Made of high-quality materials and highly flame-retardant, it ensures long-term, safe operation of the equipment.

Brand: OMRON

Model: R88A-CR1A003CF

Product Specifications:

Type: Encoder Feedback Cable

Conductor: Fine tinned oxygen-free copper wire ensures low signal attenuation and high-fidelity transmission.

Insulation: Special PE material with a low-capacitance design to ensure high-frequency signal integrity.

Jacket: Oil-resistant PUR material, offering an ultra-long flex life of ≥8 million cycles, specifically designed for high-speed drag chains.

Shielding: Double-layer shielding consisting of aluminum foil and high-density tinned copper mesh, with a coverage of ≥90% for excellent electromagnetic interference resistance.

Characteristic Impedance: 100Ω ±15%, matching encoder signal standards and reducing reflections.

Compatible Models:

Designed specifically for OMRON absolute encoder servo motors.

Perfectly compatible with OMRON G5 (R88D-G5), G7 (R88D-G7), and 1S series servo systems. Features: This original cable, with its superior electrical properties and mechanical durability, completely eliminates signal interference, ensuring servo systems achieve micron-level positioning accuracy and nanometer-level smooth control, making it the ultimate choice for improving equipment performance and reliability.

Function:

Its core function is to accurately transmit position and velocity feedback signals from the servo motor encoder, forming the core link in closed-loop control.

It directly impacts the positioning accuracy, velocity stability, and overall performance of the servo system. It is an indispensable key component in applications requiring extremely high motion control requirements, such as industrial robots, high-precision CNC machine tools, and semiconductor equipment.