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The TYPACT - TPD32 series of digital armature converters represents today's most advanced technology for Dc motor supplier control.
These converters are designed for integration into the most modern automation systems with cutting edge solutions, but at an affordable price. This range is compatible with every type of power supply suppliers and is available in a wide range of power ratings for control of motors up to 5MW. |
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The DC motorcontroller of the MTR 101, The MTR 101 is are motor governor of a compact design which can be used for permanent field motors as well as for shunt-wound motors.
In the MTR 101 the armature current is limites by an overcurrent release (thermostatic switch).
To adjust the motor seed there is in from of the case a set pint potentiometer suppliers with an integrated on/ off switch. |
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| Electronic Controllers are today standard for highly sophisticated drives. The WEG electronic program contains specific electronic controllers for Single-Phase Motors and for all D.C. Motors. All versions are robust controllers for industry purposes to be fitted in the switch cupboard. With regard to the general technical progress in the technology of semiconductors and microchips, our electronic controllers will be permanently improved. |
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To control the speed of the DC motor gradually, smooth DC voltage across the armature of the motor needs to be regulated along with the fixed DC voltage across the Field winding in the case of the 4 wire Supplier of dc motors. The Dc drive featured here, generates the variable DC voltage using phase angle control technique incorporating Diode / SCR rectifier. The DC voltage across the armature winding can be smoothly varied using the manufacturer of potentiometer or using the external control signal of 4-20mA or (0-5)VDC. Models are available for 1/8HP to 5HP DC motors operating on 100VDC to 400VDC.
APPLICATIONS
Suitable for small machines in Plastic, Packaging and Pharmaceutical industries where smooth and steady control over DC motor is required
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Low Voltage PWM Brushless DC Controls
Rated for 50° C ambient.
Drives 130V Bodine BLDC Motors.
Drives 24V Bodine manufacturer of brushless motors.
To be mounted in separate enclosure supplied by user.
Requires an unregulated 24 VDC power supply manufacturers with a minimum 5000 MFD capacitance.
20kHz PWM switching frequency.
Enclosed Filtered SCR Brushless DC Controls
Rated for 40° C ambient.
Drives 130V Bodine Brushless direct current motors.
Two ways of mounting: face mounting using self-tapping screws on back surface, or flange mounting by installing four brackets (included).
Model 3912 for 2500 rpm motors.
Model 3913 for 10,000 rpm motors.
Filtered Brushless DC Controls
Rated for 50° C ambient.
Intended to be mounted in separate enclosure supplied by user.
Drives 130V Bodine Brushless Manufacturer of dc motors.
Screw terminal block manufacturers for line and motor connections.
Plug-in connector suppliers for commutation connections.
Model 3911 for 2500 rpm motors.
Model 3921 for 10,000 rpm motors.
Unfiltered SCR Brushless DC Controls
Rated for 50° C ambient.
Intended to be mounted in separate enclosure supplied by user.
Drives 130V Bodine Brushless DC Motors.
Screw terminal block for line and motor connections.
.25 inch quick connect tabs for line, motor connections, and user interface connections.
Plug-in connector for commutation connections. |
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The DECS 50/5 (Digital EC Controller Sensorless) is a new controller for driving brushless dc motors without Hall sensors.
Typical sensorless drives such as pumps and professional fan applications can now easily be created thanks to modern technology and expert integrated controlling algorithms. maxon's own in-house developed speed controller is particularly impressive through its performance, price and size.
As well as being a top performer, attractively priced and very small, the new professional amplifier's other key feature is that it can be easily adapted to specific requirements. The free choice of starting sequence is a major benefit, as it allows the attached motor to start up easily, even when the motor data or load ratios are unfavourable. The DECS 50/5 also provides control inputs for selecting motor direction, enable and braking. As usual, the necessary protective functions have all been fully implemented. An operating status display (LED) and speed monitor output complete the convenient control features. |
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Filtered PWM DC Basic Speed Control
Rated for continuous operation in 40° ambient with no additional heat industrial sink.
Drives Bodine 130V Permanent magnetic Suppliers of dc motors.
Drives 90V "SCR duty" and 130V "PWM duty" permanent magnet DC motors made by other manufacturers.
Filtered SCR DC Basic Speed Control
Rated for continuous operation in 40° ambient with no additional heat sink.
Drives Bodine 130V Permanent Magnet DC Motors.
Drives 90V "SCR duty" and 130V "PWM duty" permanent magnet DC motors made by other manufacturers.
Filtered SCR DC Speed and Direction Control
Rated for continuous operation in 40° ambient with no additional heat sink.
Drives Bodine 130V Permanent Magnet DC Motors.
Drives 90V "SCR duty" and 130V "PWM duty" permanent magnet DC motors made by other manufacturers.
Filtered SCR DC Remote Speed Control
Rated for continuous operation in 40° ambient with no additional heat sink.
Drives Bodine 130V Permanent Magnet DC Motors.
Drives 90V "SCR duty" and 130V "PWM duty" permanent magnet DC motors made by other manufacturers.
Unfiltered SCR DC Basic Speed Control
Rated for continuous operation in 40° ambient with no additional heat sink.
Drives Bodine 130V Permanent Magnet DC Motors.
Drives 90V "SCR duty" and 130V "PWM duty" permanent magnet DC motors made by other manufacturers.
Unfiltered SCR Motor Speed Control
Rated for continuous operation in 40° C ambient.
Drives Bodine 90/130 Volt and 180 Volt permanent magnet DC motors, or similar motors made by other manufacturers. |
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These solid state magnetic accelerators have been designed as speed input devices used for solid-state controls for electric vehicle traction motors. Applications include industrial fork lifts, utility vehicles, and airport ground support vehicles.
Input voltage : 18 to 80 volts DC
Output voltage (maximum) : 3.65 volts (nominal)
Output voltage (minimum) : 0.35 volts (nominal)
Start professional switch output voltage : Equal to user battery input voltage
Start switch output current : 3 amps continuous, 5 amps intermittent (10 seconds)
Note: This accelerator switch does not contain a 1A switch.
Features and Benefits:
- Start switch function is performed by a power MOSFET, in lieu of a mechanical device
- Typical actuator manufacturers force is 5 lbs, and should not exceed 7 lbs
- Switch may be operated through a linkage mechanism or directly from the vehicle accelerator pedal
- Customer connection is made by means of a metric M10x1.5 male thread
- Underwriter's Laboratory Type EE construction, O-ring cover industrial seal, blind mounting holes, and insulated wire hole grommet all combine to eliminate the need for periodic cleaning
- No mechanical adjustment required after installation
- Includes reverse battery protection and internal fusing for start switch over-current protection
- A hall effect sensor detects the input industrial shaft displacement through the 0.75" shaft stroke
- Switch contains a push pull linear input shaft, with a typical 0.1" displacement for start switch closure |
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DC Controls
One Way
One-way DC controls are designed to operate permanent magnetic or wound field motors. If the motor's rotation needs to be changed, the armature leads need to be reversed. Some NEMA 1 and NEMA 4X controls offer optional switched for reversal. Stopping of a motor with a one-way control should be done by dynamic braking, some controls offer the Forward-Brake-Reverse switch for this purpose too.
Regenerative
Regen controls are designed to easily operate the motor in forward and reverse directions without motor lead reversal. A separate set of SCRs is used for each direction. With a regen control, stopping is controlled by using the motor's regenerated voltage sent back to the AC line.
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