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LINK400 Instagrid Link Max 400V 16A Three-Phase Power Distributor
  • LINK400 Instagrid Link Max 400V 16A Three-Phase Power Distributor
  • LINK400 Instagrid Link Max 400V 16A Three-Phase Power Distributor
  • LINK400 Instagrid Link Max 400V 16A Three-Phase Power Distributor
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Rapid Ref : LINK400  

Instagrid Link Max 400V 16A Three-Phase Power Distributor
LINK400

£1896.70  EX VAT
 Buy in 3 easy interest free payments of £632.23† with

Supercharge your portable power setup with the Instagrid LINK 400, the ultimate smart power distributor designed to elevate productivity for professionals on the move. When combined with three Instagrid One batteries, you unlock 3-phase portability, making unreliable power sources a thing of the past. 

Imagine seamlessly powering up to three critical devices simultaneously, with built-in RCD protection for maximum safety. Whether you're working at a remote construction site or hosting an outdoor event, the LINK 400 transforms your power supply into a continuous, noiseless energy source without the fumes and hassle of traditional generators.

With the LINK 400, you're not just powering your equipment; you're powering performance, freedom, and a cleaner planet. It’s more than an accessory; it’s the future of energy excellence in your hands.

Backed by a 4-year manufacturer’s warranty, you’ll enjoy peace of mind knowing this high-performance product is built to last.

Product Details

Operation
Nominal output voltage 400 V AC
Frequency 50 Hz
Rated output current 16 A
Rated output power   11,000 W  
Max. mountable height   Below 2 m  
Protection
Phase guard Phase monitoring device (PMD)
Insulation monitor Insulation monitoring device (IMD) 
Circuit breaker 1x 4-pole C16
General information
Weight   5.1 kg  
Dimensions   391 x 320 x 140 mm  
IP Class   IP54  
Protection class   Class I with Class II construction
Ambient tenperature   -20 °C to 55 °C 

Brochures & Manuals

BROCHURES & MANUALS
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Battery Power Supplies FAQs

Straight answers to the questions people ask most when choosing and using a battery power supply for site tools and equipment.

How do I work out whether it will run my equipment?icon-minus-redicon-plus-red

Check the rating plate on each tool for its power in watts or kilowatts, or its current in amps, and add up everything you will run at the same time. The total must be below the unit's continuous output rating. Then think about starting surges, because motors and some tools draw a higher current when they start.

Next consider the energy. The battery capacity is usually given in watt-hours, and the running time is roughly the capacity divided by the power you draw, less some loss in conversion. A heavy tool drains the battery quickly. If in doubt, ask the maker.

What is the difference between rated output and peak output?icon-minus-redicon-plus-red

The rated (continuous) output is the power the unit can supply steadily for as long as the battery has charge. The peak output is a much higher level it can supply for a short moment, which helps with motors and tools that draw a big surge when they start.

Size the unit by the rated output for your running load, and use the peak figure to check that it can start the equipment. The peak is not a level you can run at continuously, and how long a unit can hold a peak depends on the model.

How long will a charge last?icon-minus-redicon-plus-red

There is no single answer, because it depends on the battery's capacity and the power the equipment draws. A small load runs for a long time, while a heavy one empties the battery quickly. Cold weather can reduce the capacity you can use, and losses in the inverter take a share of the energy.

The maker's figures give a guide, but the best way to judge is to note how it performs on your own jobs. Tools used in bursts, such as drills or grinders making short cuts, make a charge last far longer than equipment that runs continuously.

How do I recharge it, and how long does it take?icon-minus-redicon-plus-red

Most units recharge from a normal mains supply, and some can take other charging sources, as set out by the maker. Charging time depends on the size of the unit and the charger, and a full charge can take a number of hours, so it is usually done overnight or between shifts.

To keep working through a long day, some users run a second unit and swap, or top up at breaks. Charge only with the equipment supplied or approved by the maker, and charge in a dry, ventilated place with the unit uncovered.

See all 6 questions for this category

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