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- 1205-304 12V 400A (5K-0) Pmc
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- 1205-304 12V 400A (5K-0) Pmc
Curtis 1205-304 12V 400A (5K-0) Pmc
The Curtis 1205-304 12V 400A (5K-0) PMC is a versatile motor speed controller essential for regulating the operation of 12v motors in industrial machines. Its primary function is to adjust the motor's speed, ensuring smooth and efficient performance.
Installation involves connecting the controller to the motor and power source. Key to its use is the calibration process, which aligns the controller with the specific motor characteristics for optimal control.
When it comes to maintenance, understanding the repair process is vital. If the controller shows signs of malfunction, such as irregular motor speed or response issues, it's often a sign that the controller needs attention. Replacement is usually the preferred solution in cases of significant damage or wear.
In addition to controlling motor speed, this controller also offers protective features against overcurrent and thermal overload, enhancing the longevity of both the controller and the motor. Its user-friendly design ensures easy operation, even for those not highly qualified in technical aspects, making it a reliable component in industrial machine applications.
Technical Manual: 1205 05 Manual
Product Specifications
Part Type |
Controller |
Brand |
Curtis |
Battery Voltage |
12 V |
Voltage Drop |
0.25 V at 100 A |
Undervoltage Cutback |
9 V |
Current Limit |
400 A |
2 Minutes Current Rating |
400 A |
5 Minutes Current Rating |
275 A |
1 Hour Current Rating |
175 A |
Standby Current |
20 mA |
Operating Frequency |
15 kHz |
Temperature Range During Operation |
-25°C to 75°C |
Throttle Input |
5K-0 ohms |
Length |
225 mm |
Width |
146 mm |
Depth |
70 mm |
Cross References |
CL27732-070, CT1205-304, HU3033166R, PHAX00001342, YP1500226-11R, 27732-070, 1205-304, 3033166R, AX00001342, 1500226-11R |
Suggested Accessories |
43-8012-30, 94-CM174 |
Features and Benefits:
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Adjustable speed control for precise motor management.
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Overcurrent protection safeguards against electrical surges.
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Thermal overload protection enhances longevity and safety.
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Compatible with a wide range of 12v industrial motors.
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Robust design ensures durability in harsh industrial environments.
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Calibratable to specific motor characteristics for optimal performance.
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Efficient power usage contributes to reduced energy costs.
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The compact size allows for easy integration into various machines.
Recommended Use/Applications
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Perfect for controlling motors in automated assembly lines.
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Suitable for speed management in packaging machinery.
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Essential for precise control in CNC machining operations.
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Optimal for adjusting speeds in textile manufacturing equipment.
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A key component in controlling agricultural machinery motors.
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It helps manage the speeds of electric vehicle motors.
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Integral in custom robotics for consistent motor performance.
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Beneficial for motor control in food processing equipment.
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Effective in regulating motors of commercial printing presses.
Frequently Asked Questions
What are the primary functions of a 12v motor controller?
A 12v motor controller primarily regulates motor speed, ensuring smooth and efficient operation, and offers protective features against electrical and thermal overload.
How do I install this motor speed controller in my machine?
Connect the controller to the motor and power source, following the manufacturer's guide for proper wiring and setup.
Is this controller compatible with different types of 12v motors?
Yes, it's designed to work with a wide range of 12v motors, making it versatile for various industrial applications.
Can I adjust the speed settings on this controller for specific tasks?
Yes, the controller allows for precise speed adjustments to suit different operational requirements.
What maintenance is required for this type of motor controller?
Regular checks for signs of wear or malfunction are recommended, with replacement being a common solution for significant issues.
How does this controller protect against overcurrent and thermal overload?
It has built-in protective features that automatically prevent damage from electrical surges and overheating.