We’re currently experiencing technical issues with our website. To place an order, please call us at +44 (0)1942 723101. We apologise for the inconvenience and appreciate your patience.
RPS Commercial grade heat-shrinkable wire identification sleeves made of durable polyolefin. This RPS-series marker sleeve is designed to meet commercial, industrial wire and cable identification needs. RPS markers are thin wall, flame retarded radiation cross-linked polyolefin heat-shrinkable marking sleeves for wire and cable identification, assembled as cut sleeves in a "ladder" configuration.
This RPS-series marker sleeve is designed to meet commercial, industrial wire and cable identification needs.
Supplied in a thin, flat "ladder" format
The sleeves are held horizontally between two hole-punched polyester strips.
RPS markers are thin wall, flame retarded radiation cross-linked polyolefin heat-shrinkable marking sleeves for wire and cable identification, assembled as cut sleeves in a "ladder" configuration. Ideal for marking wires and cables by computer-based printing onto sleeves. This configuration feeds directly from the storage box into TE Connectivity recommended printers. The sleeves can also provide terminal insulation and strain relief.
RPS is designed to meet the wire identification needs of Commercial and Industrial customers such as Communications, Wire assemblies, Electrical Panel and Oil & Gas Control systems.
When RPS is printed with TE Connectivity's recommended printers and ink ribbons, the marks remain legible, without any post-printing process, even when exposed to abrasion, aggressive cleaning solvents, and industrial fluids.
RPS markers are designed to meet the wire identification needs of commercial and industrial customers.
Check out our range of TE/ Raychem Thermal Transfer Printers and Printer Ribbon byclicking here for further details.
Fetures and Benefits:
3:1 shrink ratio
Computer printable
Excellent print performance
CSA Certified, UL recognized
Configured for ease of kitting
Permanent identification sleeves
Minimum recovery temp. +120°C
Good chemical and solvent resistance
Good chemical and solvent resistance
-30°C to 105°C Operating temperature range
Thermal transfer printable with excellent print performance
Supplied in a “ladder format” for ease of printing and kitting
Thermal transfer printable with excellent print performance
Hilltop Products brought it home for production company ITN Productions last month, providing bespoke printed products to be used in TV coverage of the EFL.