C & M Corp.
Wauregan, CT 06387
Computer Cable offers high-speed performance.
Delivering 120 signals over coax with 120 grounds, Flexible Cable Assembly provides 50 W impedance, less than 35 ps of skew, and velocity propagation over 85%. Cable is terminated at both ends by 160 position Micropax(TM) connectors with custom over-molded back shell and retention system. Connectors and cable are EMI shielded and overall assembly is fitted with minimally conductive sleeving for...
Read More »Power/Control Cables offer torsion resistance.
Suited for assembly line hand tool applications, Power/Control Composite Cables contain high-flex conductors and strength members to withstand flexing and torsional bending. Duralon(TM) jacketing provides abrasion resistance and protection from oils and chemicals. Cable construction eliminates need to replace cables during life of equipment and prevents production downtime due to cable failure.
Read More »Floating Cable suits submersible service equipment.
DuraFloat Cable relies on foam core extrusion capabilities to achieve precise cable buoyancy requirements. It is flexible, UV-stable, and abrasion-resistant and may be fitted with choice of jackets to achieve resistance to various chemicals including acids, salt water, oil, and gasoline. Cable is suited for powering and controlling robotic cleaning systems in swimming pools and aquarium...
Read More »Cable Assemblies are designed for medical products.
Hermetically sealed cable connectors have tightly adhering, molded silicone layer that withstands sterilizations that employ steam or chemical autoclaving process. Products are made by overmolding silicone to cable connectors, and exterior of overmold can be designed to mate with opening in equipment chassis to form watertight barrier. Molded silicone grommets or washers are also available.
Read More »Coaxial Cables operate from 2.5-8 GHz.
Low Loss Coaxial Cables feature gas injection production capabilities, which utilize inert nitrogen gas for dielectric foaming. Intended for high-speed digital and multimedia applications, as well as wireless voice and data transmission, cables range from 10-30 AWG with max overall diameter of .400 in. Bundles up to 20 coaxes are available.
Read More »Flat Cables suit factory automation projects.
Featuring tight bend radius and low profile, Flat Cables allow severe flexing in OEM equipment or in-plant installation. They will accommodate bending, rolling, and variable flex better than standard round cables. Available with 12-24 gauge conductors, cables come in various widths and are suitable for space-restricted applications.
Read More »C&M Technologies Launches New Website
Wauregan, CT –Ã- CM Technologies, a leading supplier of wire and cable products for military, industrial and medical systems, has launched a new website, www.cmcorporation.com The new site offers useful technical content related to the design and specification of wire and cable, cable assemblies and coil cords. The content includes white papers, technical data sheets and engineering...
Read More »Computer Cable offers high-speed performance.
Delivering 120 signals over coax with 120 grounds, Flexible Cable Assembly provides 50 W impedance, less than 35 ps of skew, and velocity propagation over 85%. Cable is terminated at both ends by 160 position Micropax(TM) connectors with custom over-molded back shell and retention system. Connectors and cable are EMI shielded and overall assembly is fitted with minimally conductive sleeving for...
Read More »Power/Control Cables offer torsion resistance.
Suited for assembly line hand tool applications, Power/Control Composite Cables contain high-flex conductors and strength members to withstand flexing and torsional bending. Duralon(TM) jacketing provides abrasion resistance and protection from oils and chemicals. Cable construction eliminates need to replace cables during life of equipment and prevents production downtime due to cable failure.
Read More »C&M Provides Communication Cables for Defense and Public Safety Applications
WAUREGAN, Conn. (May 31, 2006) - C&M Corporation, a manufacturer of high-performance cables and assemblies for worldwide markets, now provides communication cables for a range of products in defense and public safety applications. These cables provide reliable voice and data communication, improving the safety and effectiveness of teams and individuals working in a variety of demanding...
Read More »Floating Cable suits submersible service equipment.
DuraFloat Cable relies on foam core extrusion capabilities to achieve precise cable buoyancy requirements. It is flexible, UV-stable, and abrasion-resistant and may be fitted with choice of jackets to achieve resistance to various chemicals including acids, salt water, oil, and gasoline. Cable is suited for powering and controlling robotic cleaning systems in swimming pools and aquarium...
Read More »Cable Assemblies are designed for medical products.
Hermetically sealed cable connectors have tightly adhering, molded silicone layer that withstands sterilizations that employ steam or chemical autoclaving process. Products are made by overmolding silicone to cable connectors, and exterior of overmold can be designed to mate with opening in equipment chassis to form watertight barrier. Molded silicone grommets or washers are also available.
Read More »Coaxial Cables operate from 2.5-8 GHz.
Low Loss Coaxial Cables feature gas injection production capabilities, which utilize inert nitrogen gas for dielectric foaming. Intended for high-speed digital and multimedia applications, as well as wireless voice and data transmission, cables range from 10-30 AWG with max overall diameter of .400 in. Bundles up to 20 coaxes are available.
Read More »Flat Cables suit factory automation projects.
Featuring tight bend radius and low profile, Flat Cables allow severe flexing in OEM equipment or in-plant installation. They will accommodate bending, rolling, and variable flex better than standard round cables. Available with 12-24 gauge conductors, cables come in various widths and are suitable for space-restricted applications.
Read More »