M.1302.8614

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The M.1302.8614 servo cable is manufactured by Kollmorgen. Part of the Kollmorgen Servo Cables series, it features 4 optically isolated 24VDC outputs and supports voltage range of 24VDC +15%-10%. This cable offers short circuit protection. It has a time delay on and off of 50µsec for resistive loads.

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Product Description:

The Kollmorgen Servo Cables, model M.1302.8614, is specifically designed to enhance servo control systems to achieve the best results in different industries.

Each of these cables has four optically isolated 24VDC outputs which are active high to ensure that there is no electrical coupling and signal interference. It is constructed to work in the current sourcing mode, which pushes current into the load and is suitable for driving positive-logic input devices. The servo cable has safety mechanisms for protection against short circuits and overload to ensure that the system cannot be damaged in case of faults. Each output can source a maximum current of 50mA and each input/output can work in a voltage range of 24VDC with a tolerance of +15% – 10%. The switching on and off times are the best in the market and cannot exceed 50µs for resistive loads which makes the system very active. The leakage current is very low, and it is 0.5mA at maximum in the off state, which makes the circuit very efficient and minimizes power wastage. The command input can be configured for analog velocity or torque changes from 0V to 10V and has a 14-bit effective resolution to enable accurate velocity and torque control.

The M.1302.8614 has a high-speed data interface through the MMC-SD digital link in/out ports for quick and safe data transfer. The cable is shielded, straight, pinned, CAT5 or better, which reduces the emissions and is immune to interference from other electric devices. Available in A quad B differential output encoder emulation output is provided thus boosting the usability of the drive I/O connector that supports high-resolution encoder emulation outputs making these cables a crucial requirement for high-performance automation tasks. It can be purchased at Wake Industrial with a one-year warranty.

Active-high logic
Enabled
Cable type
Shielded, straight-pinned CAT5 or better
Command input
Analog (velocity/torque), 0–10V, 14-bit resolution
Current sourcing
Into load only
Digital link I/O
High-speed data interface with MMC-SD
Drive I/O connector
High-resolution encoder emulation output
Encoder emulation output
Quad A/B differential
Isolated outputs
4 × 24VDC, optically isolated
Leakage current (off state)
≤0.5mA
Max output current
50mA per output
Short-circuit/overload protection
Enabled
Supply voltage
24VDC +15%/−10%
Turn-off delay
≤50µs (resistive load)
Turn-on delay
≤50µs (resistive load)
Warranty
1 year

Frequently Asked Questions about M.1302.8614:

Q: What output capabilities does M.1302.8614 offer?

A: The cable features four optically isolated 24VDC outputs in a current-sourcing mode, supporting a maximum current of 50mA per output and ensuring no electrical coupling or signal interference.

Q: What is the switching speed of M.1302.8614?

A: The switching on and off times are under 50µs for resistive loads, enabling quick and accurate system responses.

Q: How does M.1302.8614 ensure signal quality?

A: It is shielded with CAT5 or better standards to reduce emissions and immunity to interference, ensuring stable and efficient signal transmission.

Q: What command input options does M.1302.8614 support?

A: The command input is configurable for analog velocity or torque control from 0V to 10V, with a 14-bit effective resolution for precise adjustments.

Q: What additional features enhance M.1302.8614’s performance?

A: The cable includes A quad B differential output encoder emulation for high-resolution outputs, making it ideal for high-performance industrial automation tasks.


Internal Product Review

  • ‘‘The M.1302.8614 is a reliable and high-performance solution for servo control systems. With advanced signal processing, safety features, and high-resolution encoder emulation, it supports precise and efficient automation tasks across industries.’’

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