Fullde 6KW 220VAC Rack Mounted Dummy Load Bank for Data Center

• Technical parameters

• Load Step	500W,500W,1KW,1KW,1KW,2KW；in total 6 steps, 6KW
  Resistor Element	Special alloy resistance, resistance tolerance is±5%
  Rated Voltage	220VAC
  Power Supply	220V / 50HZ
  Dimension(mm)	480*177*680(mm)
  Weight	15KG
  Protection Grade	IP20
  Transportation	Portable
  Control	Circuit breaker
  Control Function	Monitor current and voltage parameters of test circuit
  Protection	Over-temperature alarm: The outlet temperature exceeds the rated temperature value, automatic unloading and alarm
  Color	The metal shell adopts uniform spraying, the regular color of cabinet is black, or customized according to the requirements
  Insulation grade	F, with the grounding bolt below the housing
  Service life	Continuous online work, 7*24 working system, service life is not less than 10 years

• Appearance
• The box adopts cold rolled steel plate (cold rolled steel plate thickness 1.5mm), punching, bending, welding, surface phosphating, electrostatic spraying, moisture-proof, anti oxidation, smoke corrosion, spraying color: black.
• The front ear of the box body is provided with screw holes and hooks, which can be locked by screws or hung on the square holes of the cabinet by the hook, so that the utility model is convenient to use

Material

Resistance Wire Material: Nickel chromium alloy

Internal: High temperature Magnesium Oxide

External Heat Pipe: 304 stainless steel

Manufacture Craft Standard

1. Control wire cross-sectional area should not be less than 1.5mm². The rest of the wire was designed by the 4 A/mm².

2. Cree page distance was designed not less than 20 mm/KV by GB3906;

3. All number tube print clearly. All wiring shall be laid in the groove, and all wiring head shall be protected;

4. The thickness of cold rolled steel sheet is 1.5 mm. Anti-corrosion technology : pickling, photphating spray. The surface is smooth and must not have dents or scratches;

5. All components are marked with code number and correspond to the circuit principle diagram.