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Meltric Decontactors are a combination plug & receptacle and disconnect switch in the same device. With their UL and CSA switch ratings, Decontactors provide users with a cost effective and convenient means of providing the NEC required 'line of sight' disconnect. They also help to significantly reduce motor change-out downtime by combining plug and play simplicity with the safety of a dead-front switch. Motors that are pre-wired with a plug or inlet can be connected simply by being plugged in, and because there is no access to live parts, the need for NFPA 70E required arc-flash hazard analysis and associated PPE is eliminated.

MOTOR PLUG MOUNTING CONFIGURATIONS

HARD PIPED CONNECTION

hard_piped_connection

DIRECT MOUNTED INLET

direct_mounted

OVERHEAD CORD CONNECTION

overhead_connection

WALL MOUNTED CONNECTION

wall_mounted

Using Meltric Decontactor Series Motor Plugs to connect motors and other equipment instead of hard-wiring can help reduce equipment change-out and downtime costs by as much as 50%. Pre-wiring replacement motors with Meltric plugs eliminates the time, cost and hassles of needing an electrician to do wiring during change-outs and perform associated safety related work practices. Most importantly, you get your process back on-line in a fraction of the time.

Motor Change-out Process Comparison*
Motor Connected with a Meltric Motor Plug	Motor Hard-wired to a Competitior's Bladed Disconnect Switch	Motor Connected with a Competitive Plug & Receptacle

1. Mechanic removes plug from receptacle	1. Electrician opens disconnect switch	1. Open interlock switch
2. Apply lockout/tagout as required	2. Determine PPE requirements and obtain	2. Determine PPE requirements & obtain
3. Mechanic removes old/installs new motor	3. Remove disconnect cover	3. Remove interlock cover
4. Mechanic inserts plug into receptacle	4. Voltmeter test to verify deenergization	4. Voltmeter test to verify deenergization
	5. Apply lockout/tagout	5. Remove plug
	6. Disconnect motor from hard-wiring	6. Apply lockout/tagout as required
	7. Mechanic removes old/installs new motor	7. Remove old/install new motor
	8. Electrician connects motor to hard wiring	8. Insert plug into receptacle

Solving the Motor Rotation Issue
PROBLEM: INCORRECT MOTOR ROTATION
Phase variations within a manufacturing plant and wiring errors during motor installation can cause motors to rotate in the wrong direction, extending downtime and potentially damaging products and/or equipment.

SOLUTION: USE DECONTACTOR SERIES SWITCH RATED PLUGS & RECEPTACLES TO HELP ENSURE CORRECT MOTOR ROTATION


DECONTACTOR RECEPTACLE	PREWIRED MOTOR	CONNECTING A MOTOR

When Decontactor receptaces are installed, a test motor or motor rotation meter can be used to verify that the intended polarization is achieved. Improper phasing can easily be corrected by switching wire locations on the receptacle.	Test receptacles with matching poplarization should also be installed at the motor service shop. This allows the electrician to verify that the intended direction of rotation has been achieved each time a plug or inlet is wired to a motor.	Mechanics can safely connect motors that are pre-wired in this manner simply by plugging them in. The correct motor operation is ensured and the problems and additional downtime resulting from improper rotation is eliminated.

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MOTOR PLUG MOUNTING CONFIGURATIONS

HARD PIPED CONNECTION

DIRECT MOUNTED INLET

OVERHEAD CORD CONNECTION

WALL MOUNTED CONNECTION

Motor Change-out Process Comparison*

Solving the Motor Rotation Issue

Request a FREE Product Sample