Energy supply engineered for High-Temperature & Spatter Environments.

Dress packs, cables and media management engineered — and validated — for the specific demands of High-Temperature & Spatter Environments applications.

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Robots with Becker dress packs — High-Temperature & Spatter Environments application

Heat degrades a dress pack in two ways, and they need different answers. Radiant and ambient heat ages the jacket everywhere at once; spatter and hot particles destroy it at specific points. A pack that is over-specified for the first and unprotected against the second still fails in the same six months.

What the application demands

Honest temperature ratings for every material in the package, not just the cable
Sacrificial protection where hot particles actually land
Strain relief that stays tight as materials soften and recover
Service intervals based on the environment, not a generic schedule
Clear limits — and a supplier who states them

The materials and their real limits

We would rather publish the numbers than imply a capability. The Connectronix range is rated −40 to +80 °C. The push-in PUR hose program runs −35 to +90 °C and is welding-spatter-resistant with UL94 V0 to V2 flame ratings. The DUO hose is rated −40 to +90 °C. Temperature-controlled hose assemblies carry media up to 100 °C, and are expressly not for use in explosive atmospheres.

These are welding-cell and hot-process figures. They are not foundry figures. If your ambient sits above them — near a furnace, a die-cast machine or a hot forging line — tell us the actual temperature and duty and we will tell you honestly whether the standard program covers it or whether it needs a different answer.

Protection where the particles land

Leather protection sleeves are the practical answer to spatter, in fixed lengths and an extendable version, with support and mounting sleeves. They are consumables: replaced on a schedule so the cable package underneath reaches its full service life instead of being scrapped with them. Corrugated tube, protectors and connectors are then specified for the residual exposure rather than the worst point.

Getting the specification right

The useful conversation is about measured temperature at the pack, the duty cycle, and where the spatter actually lands — which is rarely where people expect. Send us that and the specification follows from it.