Wall-mounted compact full-bridge switch-mode rectifier with a 3-phase input in our Quasar lineup. It has two semi-modules in the same enclosure, working in parallel for better reliability, with a total output power of up to 16 kW. In addition, the rectifiers can be interconnected for more power output. It comes in water- and air-cooled versions, and it is wall-mounted to reduce footprint requirements for compact, simplified, and easy-to-service installations. Manual or automatic control is possible, allowing the programming of waveforms, monitoring Ah, and more.
Q150 WALL
High-output wall unit
UP TO 1000 A
- 600 A Air cooled / 1000 A Water cooled
- Space saving
- Wall installation for better use of space
- Manual or automatic control
- Ah counter, ramp software and more
- Ease of service
- Expandable for more power
- Reverse polarity
- Pulse plating available
MAIN VOLTAGE (3 PHASE)
208 / 230 / 400 / 440 / 480 / 575 VAC
± 10% / 50 - 60 Hz
MAX. OUTPUT POWER
16 kW
MAX. OUTPUT VOLTAGE
5 - 600 VDC
MAX. OUTPUT CURRENT
10 - 1000 A DC
CURRENT RIPPLE
<2% (<1% on request)
OPERATION MODE
Current or voltage control
CURRENT REGULATION RANGE
2 - 100%
VOLTAGE REGULATION RANGE
5 - 100%
ACCURACY
1% of full scale
POWER FACTOR
>0.92 @ rated load
EFFICIENCY
84 - 94% @ rated load
COLOR
RAL 3004
COOLING
Air and Water
DEGREE OF PROTECTION
IP31 Air cooled
IP42 / IP54 Water cooled
WEIGHT
Max. 38 kg
AMBIENT TEMPERATURE
40ºC (up to 50ºC on request)
INPUT WATER COOLING TEMPERATURE
19 - 28ºC (up to 35ºC on request)
No cabinet options available for this model.
REVERSE POLARITY
Allows switching the output between forward and reverse polarity.
1MS PULSE
This function is available when rise and fall times faster than 1 second are critical for the production process. Done by a combination of software and a selection of electrical components. Recipe patterns can be followed by controlling the CPU to achieve a rise time and fall time of 1ms with no overshoot when using resistive loads.
LOWER RIPPLE
Reduces the DC ripple to < 1%.
UL COMPLIANCE
Certain components are changed to meet UL standard compliance.
E-STOP
The E-Stop system can be configured to cut the output power of the rectifier. Complies with international standards IEC 62061 SIL Level 3 Protection and ISO 13849-1 Protection Level E. The E-Stop of rectifiers can be interconnected for simultaneous emergency activation when necessary to ensure operational safety. The E-Stop can be activated by peripheral devices when emergency conditions are detected. It is possible to configure for automatic or controlled reset.
COMM. PROTOCOLS
A wide range of industrial communication standards via a certified HMS AnyBus IC. Communication protocols are not CPU software dependent and are interchangeable with ease. The Data Map structure is not communication protocol dependent, allowing for simplified system integration. Optional communication protocols: Profibus-DP, DeviceNet, EthernetIP, Profinet, Modbus-TCP.
ANALOGUE INTERFACE
Allows for the control of the rectifier with an analogue PLC.
IOS
Adapter to easily access the output pins via a terminal block.
MULTI-TOWER CONNECTION
This function is available when rise and fall times faster than 1 second are critical for the production process. Done by a combination of software and a selection of electrical components. Recipe patterns can be followed by controlling the CPU to achieve a rise time and fall time of 1ms with no overshoot when using resistive loads.
COMM. ENCLOSURE
Metal enclosure to cover the comm outputs of the rectifiers. Does not apply to Vega.
OPERATING TEMP
Operating ambient temperatture up to 50 C with derating.
Remote Control
REM8E, 24VDC / 24VAC
REM8, 85-264VAC
REMMT1
Portable equipment for Quasar - CTRL / CPU cards adjustment and functional test
RSM09A
QUASAR AND VEGA RECTIFIER SIMULATOR (with CPU090, 4L display)
PSM08A
Quasar rectifier simulator, CPU080, 4L display
