THORGEON Street and park luminaires

thorgeon trace heating cables overview for building and process loads

Thorgeon supplies heat-tracing families for pipes, gutters, tanks, and slabs where freeze risk or temperature maintenance must be predictable. Cables are available as self-regulating (10–40 W/m at 10 °C), constant-wattage (10–60 W/m), and long-line series resistance for extended runs up to ~300 m at 230 V with engineered cold-lead kits. Typical supply is 230 V AC; 110–120 V variants are stocked for legacy panels. Jackets include polyolefin, LSZH, and fluoropolymer for chemical resistance. Expect tinned-copper braid with optional Al screen for EMC, and junction/termination kits that keep ingress at IP66/IP67. For searchability and consistency across specs, we label circuits that use thorgeon trace heating cables by circuit length, W/m, and maintain temperature.

thorgeon electric surface heating product range and series overview

Surface applications cover ramp/steps, entrance mats, and slab edge zones. Mats simplify layout for rectangular areas; free cables suit irregular footprints and detailing around drains. Standard outputs: 100–300 W/m² for outdoor de-icing, 80–200 W/m² for indoor comfort. Sensors include slab probes and ambient/precipitation heads for automatic duty cycling. For BMS, panel thermostats provide volt-free contacts and Modbus where a supervisory setpoint is preferred. When a project notes thorgeon electric surface heating, we align mat width, loop spacing, and controller I/O early so civil works and pull boxes land in the right places the first time.

thorgeon heating cables technical specifications and standards

Designers will work to IEC 62395-1/-2 for commercial/industrial trace heating and IEC 60800 for underfloor. Temperature classes depend on jacket: exposure typically 85–135 °C; maintain ranges 5–65 °C for freeze-protection and up to ~110 °C for process hold with fluoropolymer. Minimum bend radius 6–10× cable OD. Dielectric tests and IR checks: ≥1 MΩ at 500 V DC before and after pour/insulation. RCD ≤30 mA on personnel-protected circuits; startup inrush on self-reg types requires C-curve MCBs and, on large bundles, inrush-rated contactors. Where drawings call out thorgeon heating cables, we document breaker type, maximum circuit length, and termination kit bill of materials directly on the panel schedule.

thorgeon frost protection cables applications and compatibility

Pipe and gutter lines, exterior taps, hydrants, roof valleys, and AHU condensate trays are typical frost nodes. Select 10–25 W/m for insulated pipework; step up when insulation is thin or wind exposure is high. Use UV-stable outer jackets outdoors and stainless tie-downs on metalwork. Gutter kits combine cable, clip, and drip-loop hardware so downpipes don’t choke with ice. Where specifications reference thorgeon frost protection cables, we pair ambient thermostats with line sensors to avoid overshoot and keep running hours—and energy—low.

thorgeon self-regulating heating systems integration with other brand products

Self-regulating cores curb output as temperature rises, which simplifies control and reduces hot-spot risk on plastic pipes. Still, terminate screens 360° at gland plates to keep EMC clean. Thorgeon panels accept Pt100/NTC inputs; wall controllers offer 2-stage logic (preheat/hold) and alarm relays. For BMS, BACnet/Modbus gateways expose temperatures and run status to the plant supervisor. On risers with lighting and small-power boards, we segregate SELV and mains by DIN rail and maintain 7.5–10 mm breathing space around drives and controllers. When projects specify thorgeon self-regulating heating systems, we match sensor type, enclosure IP/IK, and label set so electrical rooms read the same across floors.

thorgeon underfloor heating cables selection criteria for B2B buyers

Comfort floors need correct watt density, cable spacing, and substrate prep. Screed systems: 100–160 W/m² with 30–50 mm cover; renovation mats over tile: 120–150 W/m²; wet rooms: IP-rated probes and RCD protection are mandatory. Verify thermal resistance of floor finishes and the thermostat’s load rating; larger rooms benefit from contactor-assisted switching. For logistics, we code spares by room tag, mat area, and sensor lead length so night-shift swaps don’t disturb tuning. If a tender mentions thorgeon underfloor heating cables, we capture finish build-up, probe location, and expansion-joint strategy in the submittal to avoid callbacks.

thorgeon industrial heating solutions advantages of working with Bankoflamps

Process lines, tanks, CIP skids, and load-out stations need higher chemical resistance, robust glands, and documented acceptance criteria. We deliver IP65/66 field boxes, stainless fixings, and surge protection sized to site category. Cable selection considers heat-up vs maintain duty, insulation thickness, ambient minimums, and wind. Long runs may require power-compensation design and monitored EOL devices. When you request thorgeon industrial heating solutions, our team maps each circuit to breaker curve, max lead length, screen termination method, and test sheet format so FAT/SAT are unambiguous.

Technical details that matter to installers

Power 230 V AC standard; 110–120 V on request. Operating −20…+50 °C for controllers; cables per datasheet exposure limits. Control I/O 0–10 V/4–20 mA where panels drive valves or dampers nearby; relay outputs 5–10 A AC-15. Terminals 0.5…4 mm² Cu, strip 8–12 mm, torque 0.6–1.2 Nm. Screens bonded 360° with braid clamps; SELV/mains segregation maintained in all boxes. Document IEC 60204-1 wiring practice and IEC 60947 protection gear on the drawings.

Applications and coordination across systems

Offices and hotels: pipe frost protection, tray heat for AHUs, low-noise ramps. Retail and parking: slab de-icing with precipitation sensors and SPDs sized to surge category. Water rooms: tank outlets and chemical dosing lines with local thermostats and clear P&IDs. Perimeters and logistics: rail levellers and dock edges to keep operations moving. Systems interconnect cleanly with Thorgeon panels, junction boxes, sensors, and luminaires using the same gland threads and marker sizes.

Bankoflamps for project delivery

You receive project-specific pricing and a near-hour quote turnaround by EAN/MPN. A dedicated account manager keeps drawings, kW ranges, breaker coordination, enclosure IP, and shield strategy aligned with site standards. Live EU stock is visible before crews are booked, with lead-time tracking, shipment updates, and downloadable price lists carrying validity dates you can plan against. Trusted clients may use post-payment up to 30 days. We consolidate partials so panels, cables, thermostats, safety devices, and field boxes arrive room-bundled. Purchase-history analytics, rapid order placement, and status visibility keep work predictable across France, the Baltics, Germany, Spain, Italy, Belgium, and the Netherlands.