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Mercotac 1500 - 1 Conductor 500A

Mercotac Model 1500
One Conductor 500 Amper

2 hex nuts included as shown - Available with external dust seal (Model 1500-1) Available with stainless steel ball bearing (Model 1500-SS)
 

Mercotac Model 1500-1
One Conductor 500 Amper
with dust seal

2 hex nuts included as shown - Available with stainless steel ball bearing (Model 1500-1-SS)


Mercotac model 1500 series are ideal connectors for high-power applications such as on plating electrodes and welding cable reels that require more power than the smaller Mercotac model 1250 series connectors. They come standard with a stainless steel housing. Available with stainless steel ball bearing (1500-SS or 1500-1-SS) (recommended for wet or corrosive environments).

Model No.

Terminals

Voltage
AC/DC

Max.
Amp
Rating

Max.
Freq.
MHz

Contact
Resistance

Max.
RPM

Temp
Max. F (C) /
Min. F (C)

Rotation
Torque
(gm-cm)

Circuit
Separation

1500

1

N/A

500

200

<1m Ω

300

140 (60) /-20(-29)

750

N/A

1500-SS

1

N/A

500

200

<1m Ω

300

140 (60) /-20(-29)

750

N/A

1500-1

1

N/A

500

200

<1m Ω

300

140 (60) /-20(-29)

750

N/A

1500-1-SS

1

N/A

500

200

<1m Ω

300

140 (60) /-20(-29)

750

N/A

-1" designator indicates an external dust seal
"-SS" designator indicates stainless steel ball bearing
 

 
Mercotac Slip Ring 1500Mercotac d1500d1500Mercotac One Connector Slip Ring Photo 01Mercotac One Connector Slip Ring Photo 02Mercotac One Connector Slip Ring Photo 03

Typical Body Mount Dimensions

MODEL

HOLE DIAMETER (Ø) *

DEPTH

1500, et al

2.003"    (50.9)

2.50"    (63.5)

Typical Threaded Contact Mount

1500 (metric) 

M16 X 2.0

1.45"   (36.8)

*Inch (mm) Tolerance Ø 

  +.001" (+.025)

   

  

  -.000" (-.000)

   

 

Mercotac Slip Rings Model 1500 - 1 Connector 500 Amper

Suggested Mounting Methods
Model 1500 is typically mounted by the threaded stud on either end or by the steel body using a set screw.  When mounting horizontally, mount the Mercotac so the body of the connector rotates.

Installation Notes:
the up arrow should not point below horizontal
do not solder to or bend connector tabs
avoid lateral forces and mechanical loads (overly stiff or tight wires)
do not rigid mount both ends of connector
limit mounting eccentricity (runout / wobble) to .005" (.13mm)
provide overload protection within the circuit
avoid vibration and bumping motions