WK3-160-9-50 SN 192969

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Temperature range up to C°
Heating capacity in kW
Cooling capacity in kW
Max. flow rate in l/min
Max. pressure in bar
Product number: SN 192969
Product information "WK3-160-9-50 SN 192969"

SN: 192970

Type: Rental appliance

 

Technical data:

Temperature max: 160 °C

Medium: Water

Heating capacity: 9 kW

Cooling capacity: 50 kW

Max. flow rate: 57 ltr/min

Max. delivery pressure: 6 bar

 

Functional equipment hydraulic:

- Bypass between flow and return with reduced cross-section

- Level monitoring via magnetic float switch

- Flow pressure display via pressure gauge on the rear of the device

- Flow monitoring by recording the film temperature, temperature safety device in heater

- Dirt trap in the cooling water supply and in the return of the circulation system - Insulation of all heat-bearing hydraulic components

- Bypass between cooling water inlet and outlet


 Function Electrical equipment:

- Smart Controller regulation and control unit (7” touch display)

- Hybrid SSR heating control

- IP54 switch box, externally ventilated       

 

General features:

- Corrosion-resistant components stainless steel, non-ferrous metal

- Heating via stainless steel tubular heating elements made of Incolloy

 

Selected options:

- Booster pump to increase make-up pressure (M.BP.WK3)

- Pressure gauge on the flow (M.PG1.WK3)

- Professional package consisting of: (PRO.WK3)

Smart Controller plus, frequency converter and

pressure transducer, ext. PT100,

Return temperature display, flow measurement

If a residual current device (RCD) is provided on site, type B must be used. If the rated current of the RCD is 30mA, only one temperature control system can be operated via one RCD.

 - Suction tool emptying (M.TDS.WK3) Suction of the external consumer

- 16 A plug / CEE completely mounted (E.PSC16.WK3)

- Continuous bypass of the heat exchanger (M.CB.WK3) with 3-way valve

- Current interface 20mA Arburg via 9-pin D-Sub connector (SSC.IFARBURG)

 

The illustrations and drawings, size, weight, consumption, performance, chemical and physical data are always approximate.