M.1015.7975
Wake Industrial LLC is not an authorized distributor of this product.
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
-
In-Stock, Ships in 3 Days
The M.1015.7975 servo cable features an operating temperature range of -5°C to 55°C, options for motor power cables like M.1015.6926, a 1 MHz maximum line frequency for encoder output, and supports incremental encoder motor feedback. Part of the Kollmorgen Servo Cables series by Kollmorgen, it includes control and feedback connectors options.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
Kollmorgen specializes in providing top tier solutions for industrial automation, robotics and high precision motion control systems. The company offers a comprehensive range of products designed to address diverse motion control requirements across various industries.
The M.1015.7975 encoder feedback cable ensures reliable signal transmission between the J2 interface and the user provided connector (pigtail end). It features a 10 foot cable length for various industrial applications. The robust build offers durability for extended use in demanding environments. It is specifically designed for compatibility with feedback systems to ensure seamless integration. This cable supports a 20 position 90 degree connector at one end for secure signal connection. The opposite pigtail end is left open for versatile installation with a customer supplied connector. The cable comprises twisted pair conductors to minimize signal interference and improve signal quality. Shielding is provided throughout the cable length to reduce external electromagnetic interference (EMI) and protect feedback signals. Each conductor is color coded to simplify the connection process and allow easy identification during installation and maintenance.
This Kollmorgen servo cables series model is an essential component for precision feedback systems. The connector backshell is shielded with a 360 degree design to ensure maximum shielding performance. The cable also features bright and white/brown wires that are not connected and marked accordingly for clarity during setup. These wires should remain unused to prevent unintended connections. This feedback cable is suitable for harsh operating conditions and offers resistance to physical stress and environmental wear. The product is reliable for maintaining encoder signal integrity in servo motor applications. Wake Industrial maintains an inventory of this item to ensure its availability for prompt delivery. The company provides a comprehensive one year replacement warranty and offers customers peace of mind.
Frequently Asked Questions about M.1015.7975:
Q: What is the cable length of the Kollmorgen M.1015.7975 encoder feedback cable?
A: The Kollmorgen M.1015.7975 features a 10-foot cable length. This provides ample reach for most industrial applications while ensuring reliable signal transmission between the J2 interface and the connector.
Q: How does the Kollmorgen M.1015.7975 minimize signal interference?
A: The M.1015.7975 cable uses twisted pair conductors to minimize signal interference. Additionally, shielding throughout the cable length effectively reduces external electromagnetic interference and preserves feedback signal quality.
Q: How does the Kollmorgen M.1015.7975 ensure long-term durability?
A: The M.1015.7975 is built with a robust design for extended use in demanding environments. It is resistant to physical stress and environmental wear, making it ideal for harsh operating conditions.
Q: What type of connector does the Kollmorgen M.1015.7975 support?
A: The M.1015.7975 has a 20-position 90-degree connector at one end. The opposite end is a pigtail for versatile installation with a customer-supplied connector, ensuring easy integration.
Q: What is the function of the unconnected wires in the Kollmorgen M.1015.7975 cable?
A: The M.1015.7975 includes bright and white/brown wires that are not connected. These wires are marked for clarity during setup and should remain unused to prevent unintended connections and ensure signal integrity.