DE-92205
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The DE-92205 controller module operates at an input voltage range of 100-240 VAC and is electrically isolated. Manufactured by Kollmorgen, it is a part of the Kollmorgen Servo Cables series and has two CAN interfaces. With a network capability, this device requires a TB712 terminal block for mounting.
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Product Description:
The DE-92205 servo cable is manufactured by Kollmorgen. This module belongs to the Kollmorgen Servo Cables series. It is designed to perform effectively in industrial automation applications.
The DE-92205 servo cable and its corresponding servo mechanism are capable of managing input voltages that vary from 100 to 240 volts AC. This unit operates across a broad voltage spectrum that ensures its compatibility with various global power supply configurations. The peak power usage of the motor linked to the servo cable is 14.5 Watts. The cable is expected to consume 14.5 watts of power under normal operating conditions. The servo cable ensures electrical separation, which safeguards various circuit segments from direct electrical interaction. This minimizes the interference, thereby enhances safety and also reduces the risk of short circuits. The cable facilitates network communication that ensures compatibility with field bus systems that includes CANopen, EtherCAT and other comparable industrial communication protocols. This encoder cable is capable of enduring severe temperature fluctuations between -50°C and +100°C. While maintaining its flexibility it is perfect for challenging settings like industrial floors. The voltage may vary between 100 and 240 volts AC that are comparable to the specifications of the power supply. The DE-92205 servo cable complies with the DIN EN 60811-404 standard for oil resistance. This represents its ability to endure exposure to machine oil. The cable exhibits resistance to deterioration from biodegradable cutting oils, which are commonly utilized in automotive sectors. Its oil resistance is in category 4 that signifies significant durability against both chemical and mechanical abrasion. The cable conductor is composed of multiple smaller copper strands that are grouped together. This enhances its flexibility and reduces the risk of breakage when subjected to bending.
Frequently Asked Questions about DE-92205:
Q: Why does the DE-92205 servo cable use stranded conductors?
A: The DE-92205 uses stranded copper conductors to enhance flexibility during continuous movement. This design reduces the risk of conductor breakage in dynamic industrial environments.
Q: How does electrical isolation benefit the servo system?
A: Electrical isolation in the DE-92205 prevents electrical interference between connected circuits. This improves operational safety and ensures stable, uninterrupted performance in automation systems.
Q: What makes the DE-92205 oil-resistant?
A: The cable meets DIN EN 60811-404 and VDMA 24568 standards for oil resistance. This ensures durability when exposed to machine oil and bio-oil in industrial processes.
Q: What is the purpose of the twisted pair design?
A: The (8x(2x0.34))C twisted pair design helps minimize electromagnetic interference (EMI). This feature improves signal integrity in communication systems like CAN bus networks.
Q: How does the DE-92205’s network capability enhance communication?
A: The cable supports two CAN interfaces for efficient communication with fieldbus systems like EtherCAT. This enhances precision and enables real-time control in automation processes.
