Description The Portable Inductive Load Bank is a robust steel enclosure that contains three banks of switchable inductive loads. Each bank of inductors is electrically separate, so they can conn...
Description
The Portable Inductive Load Bank is a robust steel enclosure
that contains three banks of switchable inductive loads. Each bank of inductors
is electrically separate, so they can connect as a star or delta load for
three-phase circuits. Each bank has a set of switches to bring each inductor
into circuit. This allows students to create and study the eff ects of balanced
or unbalanced inductive loads. Each bank of inductors includes a thermally
operated circuit-breaker to protect the loads. Students connect the loads to
experiment circuits using safety sockets on the enclosure front panel. Students
can use this load bank in combination with the other similar load banks to
provide variable power and power factor loads. The other load banks are
Resistive and Capacitive. The enclosure has ventilation holes and carrying
handles for portability. Note: This load bank only works correctly with 50 Hz
or 60 Hz circuits (not both). You must let us know which you need when you
place an order.
Learning Outcomes
For use as a single or three-phase load
Four selectable load values on each bank
Works as a balanced or unbalanced load in three-phase
circuits
Totally independent banks to allow connection as a star or
delta load
Needs no external supply
Includes circuit-breakers on each bank for circuit
protection
Coloured, shrouded sockets for increased laboratory safety
Specifications
Nett dimension :400 mm x 450 mm x 450 mm
Nett weight:30 kg
Packed weight:40 kg
Packed volume :0.15 m3
Maximum load (connected as a three-phase delta load):3 kVAr
(reactive power)
Maximum voltage (across each bank):230 VAC
Load settings:100%, 75%, 50%, 25% and off
Thermal circuit-breaker (3 off):5 A r.m.s
Operating Conditions
Operating Enviroment:Laboratory Enviroment
Storage Temprature Range :–25°C to +55°C (when packed for
transport)
Operating Temprature range: +5°C to +40°C
Operating relative humidity range:80% at temperatures <
31°C decreasing linearly to 50% at 40°C
Description
The Portable Inductive Load Bank is a robust steel enclosure
that contains three banks of switchable inductive loads. Each bank of inductors
is electrically separate, so they can connect as a star or delta load for
three-phase circuits. Each bank has a set of switches to bring each inductor
into circuit. This allows students to create and study the eff ects of balanced
or unbalanced inductive loads. Each bank of inductors includes a thermally
operated circuit-breaker to protect the loads. Students connect the loads to
experiment circuits using safety sockets on the enclosure front panel. Students
can use this load bank in combination with the other similar load banks to
provide variable power and power factor loads. The other load banks are
Resistive and Capacitive. The enclosure has ventilation holes and carrying
handles for portability. Note: This load bank only works correctly with 50 Hz
or 60 Hz circuits (not both). You must let us know which you need when you
place an order.
Learning Outcomes
For use as a single or three-phase load
Four selectable load values on each bank
Works as a balanced or unbalanced load in three-phase
circuits
Totally independent banks to allow connection as a star or
delta load
Needs no external supply
Includes circuit-breakers on each bank for circuit
protection
Coloured, shrouded sockets for increased laboratory safety
Specifications
Nett dimension :400 mm x 450 mm x 450 mm
Nett weight:30 kg
Packed weight:40 kg
Packed volume :0.15 m3
Maximum load (connected as a three-phase delta load):3 kVAr
(reactive power)
Maximum voltage (across each bank):230 VAC
Load settings:100%, 75%, 50%, 25% and off
Thermal circuit-breaker (3 off):5 A r.m.s
Operating Conditions
Operating Enviroment:Laboratory Enviroment
Storage Temprature Range :–25°C to +55°C (when packed for
transport)
Operating Temprature range: +5°C to +40°C
Operating relative humidity range:80% at temperatures <
31°C decreasing linearly to 50% at 40°C
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