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The 370/400/800/1200/1600i/3200i/3600XRi analogue DC Drives provide a huge variety of design options, from low cost non-isolated 1Q drives through to 4Q fast-response speed & torque control drives. Now with cover and additional signal terminals to the top edge [1600i / 3200i / 3600XRi models only].
The XLV series is designed for precise speed control of small permanent magnet DC motors. Designed in a DIN-rail style package, the Drive allows for bi – or unipolar 0 – 10V speed / current reference. For highly dynamic applications, a shaft- mounted DC tacho-generator is recommended for speed feedback but in less demanding applications, armature voltage feedback (Avf) can be used.
The XLV Series is a fast response, linear DC motor speed controller for driving small low voltage brushed DC motors from 2A - 12A output power. The XLV will motor and brake in both directions of rotation and operates from a single polarity supply, either battery or unregulated DC Source from 12 – 48VDC. Excellent performance allows the XLV series to meet the most demanding of applications. The extensive specification includes many standard features not normally associated with a drive the size and cost of the XLV.
The compact design has plug in screw terminals and provision for back panel (200XLV) or DIN rail mounting. The XLV series is fully EMC compliant and CE marked.
For DC motors rated up to 3.7 Amps
Integral AC supply fuse
Selectable dual international voltage supply
110/240V AC 50/60HZ
Adjustable current overload protection
Tachogenerator or armature voltage speed feedback
Adjustable acceleration rate between 1 and 20
seconds
Remote stop/start signal input facility
Adjustable IR compensation for improved AVF speed
regulation
Sophisticated dual loop control
Infinitely variable
speed adjustment via remote potentiometer
Electronic soft start
Drive run input
Suitable for permanent magnet, shunt wound or
universal motors
Compact footprint
For DC motors rated up to 4 Amps
Single Quadrant operation
400 has Non Isolated control electronics for single
shaft applications
400i has Fully Isolated control electronics for
nterfacing with other systems
Extra 50% peak torque for rapid acceleration or
shock loads
Torque control input for basic winding or tension
control, with overspeed limiting
Ultra stable potentiometer reference for optimum
long term speed and torque stability
Compact size
International dual voltage supply compatability
(100-130VAC and 200-264VAC)
Integral AC supply fuse
Output signals for easy display of motor speed and
load
Switch selectable feedback calibration – no
component changes
Precision tach rectifier
Zero speed signal output
Motor overload output
Remote stop/start input
User adjustable:
– Acceleration
– Deceleration
– Max motor speed
– Min motor speed
– Max motor current
– Stability
– IR comp
Motor overload output
Output signals for easy display of motor speed and
load
Zero speed signal output
Switch selectable feedback calibration – no
component changes
Adjustable IR compensation for improved AVF speed
regulation
Adjustable stability control for optimum motor
response
Easily interfaced with armature reversing module
800 controller for DC motors rated up to 8 Amps
1200 controller for DC motors rated up to 12 Amps
International dual voltage supply compatibility (100-130VAC and 200-264VAC)
130VAC and 200-264VAC
Single Quadrant operation
Extra 50% peak torque for rapid acceleration or shock loads
User adjustable:
– Acceleration
– Deceleration
– Max motor speed
– Min motor speed
– IR comp
– Stability
– Max motor current
Torque control input for basic winding or tension
control, with overspeed limiting
Many additional input and output signals
Switch selectable Tach or armature voltage feedback
4-20mA and 0-20mA loop input option as standard
Easily interfaced with armature reversing module
Adjustable Stability control for optimum motor response
Integral AC supply fuse
Ultra stable potentiometer reference for optimum
long term speed and torque stability
Output signals for easy display of motor speed and load
Zero reference interlock facility
Adjustable IR compensation for improved AVF speed regulation
Switch selectable feedback calibration – no component changes
Precision tach rectifier
Zero speed signal output
Motor overload output
Identical footprint for 8 or 12 Amp output
Remote stop/start input
Features Sprint Electric micro analog processor
Pushbutton input for electronic control of motor stop/start
Compact size, saves panel space and makes for easy retrofitting
1600i For DC motors up to 16 Amps
3200i for DC motors up to 48 Amps
Fully isolated control electronics
Numerous inputs and outputs for complex system applications
Extra 50% peak torque for rapid acceleration or shock loads
User adjustable:
– Acceleration
– Deceleration
– Max motor speed
– Min motor speed
– IR comp
– Stability
– Max motor current
Switch selectable power up inhibit
Switch selectable feedback calibration – no component changes
Switched maximum current ranges for easy matching to motor current rating
Switch selectable drive relay functions
Ultra stable potentiometer reference for optimum long term speed and torque stability
Adjustable Stability control for optimum motor response
Switch selectable Tach or armature voltage feedback
Torque control input for basic winding or tension control, with overspeed limiting
(1600i 100-130VAC and 200-264VAC, 3200i (200-264VAC and 360-440VAC)
Direction control by switch or centre zero pot
4-20mA and 0-20mA loop input option as standard
Output signals for easy display of motor speed and load
Compact size, saves panel space and makes for easy retrofitting
Zero reference interlock facility
Single Quadrant operation
Adjustable IR compensation for improved AVF speed regulation
Precision tach rectifier
Now with cover and additional signal terminals to the top edge
Four Quadrant forward, reverse and braking operation
Five current outputs
– 4 Amp – 8 Amp – 16 Amp – 32 Amp – 36 Amp
Extra 50% peak torque for rapid acceleration or shock load
Fully regenerative – no braking energy dissipated as waste heat
Isolated control electronics for easy connection to other drives/equipment
Extremely compact size, saves panel space and makes for easy retrofitting
User adjustable presets for:
– Forward acceleration – Reverse acceleration
– Forward deceleration – Reverse deceleration
– Max motor speed
– Min motor speed
– Motor current limit
– Brake current limit
– Forward current limit – Reverse current limit
– Positive current limit- Negative current limit
– IR comp
– Stability
4Q torque input
direction and jog functions
Features Sprint Electric micro analog processor
Direct pushbutton inputs for control of stop/start,
Includes all the features of 1600i and 3200i
Relay output indicates motor load > 105%
Dual setpoint facility for alternate speed e.g. run and
crawl toggled speed reference ideal for easy end of travel reversal
Switch selectable Tach or Armature voltage feedback
Switched maximum current ranges for easy matching to motor current rating
Ultra stable potentiometer reference for optimum
long term speed and torque stability
International dual voltage supply compatibility
On-board relay indicates zero speed and/or motor overload
Now with cover and additional signal terminals to the top edge
Small footprint speed controller for permanent magnet or shunt wound motors up to 1.8KW. Non-isolated. 1Q. Up to 12A output.
Small footprint speed controller for permanent magnet or shunt wound motors. Non-isolated. 1Q. Up to 12A output. Low voltage 24V-48VAC option providing 18-38V DC output voltage.
Small footprint speed controller for permanent magnet or shunt wound motors. Non-isolated. 1Q. Up to 12A output. Low voltage 30V-60VAC option providing 24-48V DC output voltage.
Small footprint speed controller for permanent magnet or shunt wound motors up to 2.2KW. Isolated. 1Q. Up to 16A output.
Small footprint speed controller for permanent magnet or shunt wound motors. Isolated. 1Q. Up to 16A output. Low voltage 24V-48VAC option providing 18-38V DC output voltage.
Small footprint speed controller for permanent magnet or shunt wound motors. Isolated. 1Q. Up to 16A output. Low voltage 30V-60VAC option providing 24-48V DC output voltage.
Small footprint speed controller for permanent magnet or shunt wound motors up to 4KW. Isolated. 1Q. Up to 16A output. 2ph 240 – 415V input, up to 320VDC output voltage.
Small footprint speed controller for permanent magnet or shunt wound motors. Isolated. 1Q. Up to 16A output. 1ph 110 – 250V input, up to 180VDC output voltage.
Small footprint speed controller for permanent magnet or shunt wound motors. Isolated. 1Q. Up to 16A output. Low voltage 24V-48VAC option providing 18-38V DC output voltage.
Small footprint speed controller for permanent magnet or shunt wound motors. Isolated. 1Q. Up to 16A output. Low voltage 30V-60VAC option providing 24-48V DC output voltage.
Small footprint speed controller for permanent magnet or shunt wound motors up to 7.5KW. Isolated. 1Q. Up to 32A output. 2ph 240 – 415V input, up to 320VDC output voltage.
Small footprint speed controller for permanent magnet or shunt wound motors. Isolated. 1Q. Up to 32A output. 1ph 110 – 250V input, up to 180VDC output voltage.
Small footprint speed controller for permanent magnet or shunt wound motors. Isolated. 1Q. Up to 32A output. Low voltage 24V-48VAC option providing 18-38V DC output voltage.
Small footprint speed controller for permanent magnet or shunt wound motors. Isolated. 1Q. Up to 32A output. Low voltage 30V-60VAC option providing 24-48V DC output voltage.
Small footprint speed controller for permanent magnet or shunt wound motors up to 11KW. Isolated. 1Q. Up to 48A output. 2ph 240 – 415V input, up to 320VDC output voltage.
Small footprint speed controller for permanent magnet or shunt wound motors. Isolated. 1Q. Up to 48A output. 1ph 110 – 250V input, up to 180VDC output voltage.
Small footprint speed controller for permanent magnet or shunt wound motors. Isolated. 1Q. Up to 48A output. Low voltage 24V-48VAC option providing 18-38V DC output voltage.
Small footprint speed controller for permanent magnet or shunt wound motors. Isolated. 1Q. Up to 48A output. Low voltage 30V-60VAC option providing 24-48V DC output voltage.
4 quadrant regenerative controller for permanent magnet or shunt wound motors. Isolated. 4Q. Up to 16A output.Low voltage 24V-48VAC option providing 18-38V DC output voltage.
4 quadrant regenerative controller for permanent magnet or shunt wound motors. Isolated. 4Q. Up to 16A output.Low voltage 30V-60VAC option providing 24-48V DC output voltage.
4 quadrant regenerative controller for permanent magnet or shunt wound motors up to 7.5KW. Isolated. 4Q. Up to 32A output.2ph 240 – 415VAC input, up to 320VDC output voltage.
4 quadrant regenerative controller for permanent magnet or shunt wound motors. Isolated. 4Q. Up to 32A output. Low voltage 24V-48VAC option providing 18-38V DC output voltage.
4 quadrant regenerative controller for permanent magnet or shunt wound motors. Isolated. 4Q. Up to 32A output.Low voltage 30V-60VAC option providing 24-48V DC output voltage.
4 quadrant regenerative controller for permanent magnet or shunt wound motors up to 9.5KW. Isolated. 4Q. Up to 36A output.2ph 240 – 415VAC input, up to 320VDC output voltage.