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Allen Bradley 815-BOV169 Manual Reset Overload Relay

Allen Bradley 815-BOV169 Manual Reset Overload Relay

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Brand:Allen Bradley PLC
Item No.:815-BOV169
Product Origin:USA
Product Dimensions:100 x 57 x 95 mm
Product Weight:0.34 kg
Payment:T/T, Western Union, Credit Card
Goods_stock:15
Shipping Port:Xiamen, China
Lead Time:1-3 Days
Condition:Brand New And Original
Warranty:1 Year
Certificate:COO

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Introduction

The Allen Bradley 815-BOV169 Manual Reset Overload Relay is a thermal motor protection device designed for industrial automation systems requiring reliable overload safeguarding. It works in conjunction with motor starters and contactors to prevent equipment damage caused by excessive current draw. Its manual reset feature ensures that faults are acknowledged before the system is restarted, making it a widely used solution in motor control circuits across manufacturing and process industries.


Technical Specifications

ItemSpecification
Product TypeManual Reset Overload Relay
ManufacturerAllen-Bradley
FunctionMotor overload protection
Reset TypeManual reset
Mounting TypePanel mount
Poles3-phase
Operating VoltageUp to 600 VAC (typical rating)
Current RatingApprox. 40 A (model dependent series range)
Protection TypeThermal overload protection
Dimensions100 × 57 × 95 mm
Weight0.34 kg

Recommended Related Models

Model NumberProduct Name
815-BOV15Allen-Bradley Manual Reset Overload Relay
815-BOV25Allen-Bradley Motor Protection Overload Relay
815-COV169Allen-Bradley Adjustable Overload Relay
592-BOV169Allen-Bradley NEMA Eutectic Overload Relay

Popular Related Models

Model NumberProduct Name
815-BOV10Allen-Bradley Compact Overload Relay
815-COV49Allen-Bradley Motor Protection Relay
592-BAV169Allen-Bradley Eutectic Alloy Overload Relay
815-BOV40Allen-Bradley Industrial Overload Protection Relay


Applications

• Motor overload protection in industrial control panels
 Used to protect three-phase motors from overheating caused by sustained overcurrent conditions.

• Motor starter protection circuits
 Installed in combination with contactors to provide thermal and manual trip protection.

• Pump and compressor protection systems
 Common in HVAC, water pumping, and compressed air systems.

• Conveyor and material handling equipment
 Ensures motor safety during jam, overload, or mechanical blockage conditions.

• General-purpose industrial motor control
 Widely applied in manufacturing equipment requiring reliable thermal protection.


Key Advantages

• Manual reset safety function
 Requires operator intervention after a trip, improving fault awareness and system safety.

• Reliable thermal overload protection
 Helps prevent motor damage caused by prolonged overcurrent conditions.

• Compact panel-mount design
 Easily integrates into standard motor control center (MCC) layouts.

• Stable performance in industrial environments
 Designed for continuous operation under vibration and electrical noise conditions.

• Compatible with standard motor starters
 Works seamlessly with Allen-Bradley contactors and control systems.

• Simple maintenance and replacement
 Module-based structure allows quick servicing without complex rewiring.


Technical FAQs

1. What is the main function of the 815-BOV169 overload relay?
It provides motor protection by disconnecting the circuit when overload conditions occur.

2. Is this relay suitable for three-phase motors?
Yes, it is designed for three-phase motor protection applications.

3. What does “manual reset” mean?
After a trip event, the relay must be manually reset before restarting the motor.

4. Does it protect against short circuits?
No, it only provides overload protection and must be paired with short-circuit protection devices.

5. Can it be used with contactors?
Yes, it is typically installed in series with motor contactors.

6. Is it adjustable for different current ratings?
Yes, overload settings can usually be adjusted within the device range.

7. Does it require external power?
No, it operates using line current sensing.

8. What happens when overload occurs?
The relay trips and opens the control circuit to stop the motor.

9. Is it suitable for continuous operation environments?
Yes, it is designed for industrial continuous-duty applications.

10. Is this model still actively manufactured?
It is considered a legacy or limited-availability model depending on region and distributor stock.


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