• Air and Fluid heating solutions
• Industry
• Agriculture and Farming
• Petrochemistry

Main Features
Thanks to its adjustable digital display temperature controller, these flexible jacket heaters are used for antifreeze protection, reheating, temperature stabilization, to reduce viscosity or to melt soaps, animal or vegetable fats, varnishes, oils, food or chemical products.

This series of jacket heaters is the most professional solution for heating at a set temperature glass or plastic containers. The wall mounting of the control box, as well as the quick connector ensuring the connection of this box on the jacket heater facilitate industrial use in a fixed working place in a production line They are available for containers of 18L/20L (5 US gallons), 23L/25L (6 US gallons), 30L (8 US gallons), 60L (15 US gallons) and 110 liters (30 US gallons). The jacket heater covers almost the entire surface and is surmounted by a soft collar “a scarf” preventing it from sliding down. They can be made with two power levels (0.05W/cm² and 0.1W/cm²) 20mm thicknesses of insulation to cover antifreeze applications even for very low temperatures. See these applications described in the technical introduction. They can also simply be used to maintain positive temperature of liquids.

In these models their surface temperature is limited to 65°C to prevent deformation or melting of plastic containers, or temperature stress breaking of glass containers.

When they are used with an insulated lid and an insulated pedestal, their energetic efficiency can rise 90%.

Technical characteristics
The heating element of the flexible jacket heater consists of a network of silicone insulated heating wires shielded by a metal braid, taken under a cover sewn in PU and Teflon coated polyester fabric. A 20mm thick, temperature-resistant NBR-PVC foam insulation is inserted between the heating network and the outer wall. This insulating foam has an insulation coefficient (Lambda λ) of 0.039W/m.K, and this makes it possible to divide the energy losses by 3 compared to jacket heaters insulated with mineral wool or carbon fiber felt of the same thickness. Adjustable metal buckles allow quick assembly and disassembly and efficient clamping on the container. Their mechanical strength is exceptional.

Fabric covering:
- Internal heating face: Teflon coated polyester fabric,
- External side: waterproof PU coated polyester fabric.

Thermal insulation:
NBR-PVC foam, with closed cells and high temperature resistance, thickness 20mm.

Heating element:
Silicon insulated heating wire with metal braid providing mechanical protection against puncturing and good grounding.

Temperature control:
By electronic controller with digital display, On-Off action, relay output, located in an independent waterproof housing, designed for wall mounting. It is connected to the heating blanket by a cable equipped with a 5-pin waterproof quick connector, facilitating the connection and disconnection with the jacket heater. It controls the temperature by means of a thermistor probe placed on the inner surface of the fabric in contact with the container. This probe has an

anticipation loop avoiding overheating. A temperature limiter is incorporated in the heating net to limit the surface temperature to 65°C.

Connection cable:
Insulated rubber power supply cable, for industrial environments, 3 x 1mm² length 3m, Euro plug. UL plug on request.

Mounting on containers:
These jacket heaters feature nylon straps with quick-release adjustable buckles for adjustment to the diameter of the container, and a soft fabric collar without thermal insulation named scarf. This flexible scarf can be used to hold in place an insulating lid.

Options:
- 0.135W/cm² surface load for fast heating. See technical introduction.

- Power supply 110/115V
- Power cord with industrial plug 2-pole + earth 16A CEE (IEC60309)- Lids and insulating pedestals: see the accessories pages.

Compliance with standards:CE compliant. TUV certificate for EEC Low Voltage Directive (LVD) and EMC directive 2004/108/EC, and CE marked accordingly

Safety instructions for all industrial jacket heaters described in this catalogue- Read the user manual before any use
- Protect the power supply circuit by a differential circuit breaker of 20mA sensitivity, with rating adapted to the model that must be connected to it.

- This supply circuit must be carried out by a qualified electrician and according to the local standards in force. - The earth circuit must be compliant and connected.

- The jacket heater must be disconnected when the container is empty.

- The jacket heater must be disconnected when filling the container.

- The jacket heater must be disconnected during installation or de-installation.

- The jacket heater must be stored in a dry place and protected from rodents and other animals during periods when it is not used.

- In some applications and especially when liquid overflow is possible, it may be necessary to connect the metal containers directly to a grounding conductor.

- The jacket heater must be used in a dry environment.

- Do not cut or punch the surface
- The container must be in communication with the atmospheric pressure to avoid the increase of its internal pressure and its explosion by dilation or boiling of the products which it contains. This setting at atmospheric pressure may for example be performed by unscrewing or removing a plug located in the upper part of the container. The use of a temperature sensor and/or stirrer using this upper orifice for their fastenings must not completely close this orifice.- These appliances are not suitable for permanent outdoor use, and must be protected from rain, dust and condensation.- Do not operate above the rated safety temperature (This temperature depends on the heated liquid, and must be checked before connecting the device).

- Use a jacket heater adapted to the size of the container
- The jacket heater must be in contact with the surface of the container to be heated, without superimposing heating parts. The superposition of two heating parts doubles the surface power and can cause melting of the jacket heater and initiate a fire in the most severe cases.

- Position the jacket heater so that it is in contact with the largest possible cylindrical surface of the container. - These devices are not suitable for use in flammable or explosive areas.