Securiton
Securiton HEAT 3.0 ABS heated sampling point for deep-freeze areas
Product code 61393
Heated sampling point set that prevents the sampling hole from freezing in deep-freeze areas. ABS T-piece with heating resistor, calculation diameter 3.0 mm, colour marking red.
- For deep-freeze areas down to −30 °C, ASD 535
- ASD PipeFlow calculation diameter 3.0 mm, opening 5.7 mm
- ABS T-piece, heating resistor 220 Ω
- Colour marking red
✓ In quote request: pcs ·
✓ On your document list · Select and download documents
The product sheet opens in a new tab, where you can print or save it.
A quote or help choosing products? Sales+358 40 668 7641myynti@pap.fi
A technical question about a device? Technical support+358 40 668 7643tuki@pap.fi
Product description
HEAT 3.0 ABS is Securiton’s heated sampling point set for ASD 535 aspirating smoke detector pipe networks in deep-freeze areas down to −30 °C. The set consists of an ABS T-piece, a heating resistor and a sampling opening pressed in from high-temperature resistant material. The heating prevents the sampling hole from freezing.
The 3.0 mm in the product name is the diameter used in the ASD PipeFlow calculation; the actual opening diameter is 5.7 mm. The set is colour-marked (red). The resistors are connected with SLW 0.5 silicone cable, and the supply is brought into the pipe network via the WCU 535 PC junction box.
Technical data
- Product code
- 61393
- Manufacturer
- Securiton
- Manufacturer’s code
- HEAT 3.0 ABS (50-0500451-02-01)
- Product group
- Aspirating smoke detection › Pipes and installation accessories
- Sampling hole diameter
- 5.7 mm (calculation 3.0 mm)
- Diameter
- 25 mm (pipe)
- Resistance
- 220 Ω
- Material
- ABS
- Marking
- Red
- Operating temperature
- Down to −30 °C
- Compatibility
- ASD 535
Documents
Original manufacturer documents (PDF).
Compatible products
- Securiton
Need help choosing products?
Our sales team will help you choose devices that suit the site and the existing system, and will prepare a quotation. Tell us about the system, the site and the quantities needed.