Teledyne Reynolds, Incorporated
Teledyne Reynolds, Incorporated
1001 Knox Street.
Torrance, California
90502
TEL: (310) 823-5491 • FAX #1: (310) 822-8046
FAX #2: (310) 822-6815 • tri_techsupport@teledyne.com
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Series 310 For Operation at Reduced Pressure
A sealed version of the series 31 that mates all series 311 Cond. 1 receptacles and adaptors.
Unit of Measure

Specifications

Series

 N/A 310

Assembly Type

N/A Receptacle Bag Assembly

Altitude/Reduced Pressure Rating

 N/A 70,000 ft.

Current Rating

 N/A 10 Amp

Operating Temperature

 N/A -40 to 85 ºC

Test Voltage

 N/A TBD

Coupling Style

 N/A Bayonet

Panel Mounting Torque

 N/A Front Mount

Sealed Receptacle

 N/A No
Standard/Non-Standard1 N/A Non-standard Part

Export Classification

 N/A TBD

RoHS Compliant

 N/A TBD

Voltage Rating

 N/A 15 kVDC

Body Properties

Coupling Nut Material

 N/A Brass

Coupling Nut Finish

 N/A Gold Plated

Cable Preparation

N/A Reynolds Industries Inc. - High Voltage Connectors, High Voltage Cable Assemblies, High Voltage Wire, High Voltage Cable, High Voltage Capacitors

Step 1
Cut cable to length, clean and square. Slip boot and crimp sleeve over cable. Strip outer jacket to dimension shown. Trim exposed braid to dimension. Trim inner insulation to dimension. No nicked or severed strands allowed. Pot tin dip inner conductor using SN60 solder in accordance with J-STD-006. Remove all flux.

Step 2
Solder contact in place through hole using SN60 solder in accordance with J-STD-006. No solder buildup allowed on contact outer diameter. Completed solder joint must have a continuous fillet of solder between the inner conductor and the contact. The solder in the feed hole must be free of pinholes and flush or below flush. Rear of contact shoulder shall be as flush as possible with insulation of cable core, but not to exceed .030". Flair braid by moving cable core in a circular motion.

Step 3
Solder contact in place through hole using SN60 solder in accordance with J-STD-006. Completed solder joint must have a continuous fillet of solder between the conductor and the contact. The solder in the feed hole must be free of pinholes and flush or below flush. Rear of contact shoulder shall be as flush as possible with insulation of cable core, but not to exceed .030".












 

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  • 1 Non-standard parts will have longer lead times and potentially higher pricing. Please contact Teledyne Reynolds Engineering department to determine feasibility for use in your application.