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Siemens Industry, Inc. 5300 Triangle Parkway, Norcross, GA 30092 

     

A5E31166448A-006

Storage

Electrical control equipment which is to be stored prior 

to its installation, should be checked before placing in 

storage for possible damage during transit. It should 

then be repacked and stored in a location which is 

clean and dry.

When storage is in or near buildings under construc-

tion, provide covers to protect the equipment against 

dust, moisture and falling objects.

Apparatus  stored  for  long  periods  may  cor

-

rode. Damage, while stored, will be minimized 

by maintaining the best possible storage condi-

tions, and by periodically inspecting the equip-

ment  and  arresting  the  progress  of  corrosion  and 

other  forms  of  deterioration  which  may  be  found. 

 

A small amount of heat will stop corrosion that occurs 

from moisture due to condensation.

Fig. 6  Dimension Drawing 60, 100 and 200 Amp Device

CAUTION - 

Coil must be wired correctly.

Risk of damage to the device.

All control wiring for contactor operation must only be made to 

the coil isolation contact terminals #2, #3 and L2 terminal con-

nection points. Wiring made to any other terminal points will 

burn out the coil and diode. If a coil burnout occurs, both the coil 

and the diode must be replaced.

Table 6 - AC Operating Coils for 60 Ampere Contactors

Voltage 

VAC

Freq. 

Hz

Part Number

2-4 Pole                 4-5 Pole

24

60 Hz

CLMD3C024

CLMD5C024

110/120

50/60 Hz

CLMD3C120

CLMD5C120

208

60 Hz

CLMD3C208

CLMD5C208

220/240

50/60 Hz

CLMD3C240

CLMD5C240

277

60 Hz

CLMD3C277

CLMD5C277

440/480

50/60 Hz

CLMD3C480

CLMD5C480

550/600

50/60 Hz

CLMD3C600

CLMD5C600

Table 7 - AC Operating Coils for 100 and 200 Ampere Contactors

Voltage 

VAC

Freq. 

Hz

Part Number

2-4 Pole                 4-5 Pole

24

60 Hz

CLME3C024

CLME5C024

110/120

50/60 Hz

CLME3C120

CLME5C120

208

60 Hz

CLME3C208

CLME5C208

220/240

50/60 Hz

CLME3C240

CLME5C240

277

60 Hz

CLME3C277

CLME5C277

440/480

50/60 Hz

CLME3C480

CLME5C480

550/600

50/60 Hz

CLME3C600

CLME5C600

Summary of Contents for CLM0D Series

Page 1: ...e leakage currents They may also pass utility transient voltages through to the device electronics Magnetically latched CLM lighting and heating contactors can control tungsten fluorescent and metal vapor lamp or heating loads Table 1 below shows the voltage and current rating for various loads Each contactor and its associated load should be protected against short circuits by a suitable branch c...

Page 2: ...0 45 50 10 Main Power Connector 2 pole 13 Cover Screw 2 100 and 200 Ampere Contactors Coil Wire Connector 2 8 9 12 Stationary Contact Screw 2 pole 10 90 100 13 275 300 13 Main Power Connector 2 pole 100 Amp Main Power Connector 2 pole 200 Amp 18 18 20 18 20 Installation The nameplate ratings of the contactor must agree with the power supply and the rating of the load Contactor mounting should be s...

Page 3: ... both mechanical and electrical wear during their operation In most cases mechanical wear is insignificant The erosion of the contacts is due to electrical wear During arcing material from each contact is vaporized and blown away from the useful contacting surface Note When contact replacement is required it is necessary to replace both stationary and moving contacts plus moving contact overtravel...

Page 4: ... ON OFF Red CR Remote Device CR CR CLM CONTACTOR ON OFF ON OFF Black AC AC L2 Red White CLMFCCK11 3 2 CLMFCAK11 OFF ON Red Pushbutton Momentary ON OFF Pushbutton Maintained 1 L1 L3 L2 T1 T3 T2 Red Lead A Not Provided CLM CONTACTOR VOLTAGE CONTROL ON OFF BLACK AC AC L2 RED WHITE CLMFCCK11 3 2 RED ON OFF RED CR REMOTE CR CR L1 1 L2 X2 H A O DEVICE SELECTOR SWITCH CLM CONTACTOR Fig 5 Connection for H...

Page 5: ...nd 200 Amp Device CAUTION Coil must be wired correctly Risk of damage to the device All control wiring for contactor operation must only be made to the coil isolation contact terminals 2 3 and L2 terminal con nection points Wiring made to any other terminal points will burn out the coil and diode If a coil burnout occurs both the coil and the diode must be replaced Table 6 AC Operating Coils for 6...

Page 6: ... Volts Remote solid state switching devices have off state leakage currents They may also pass utility transient voltages through to the device electronics The low level off state voltages are insufficient to actuate the contactor but large enough to burn out the resistors Normal actuating voltages are quickly disconnected from the coils and control module by the latch clearing contacts Coil and m...

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