SPECIFICATION CONTROL DRAWING
MATERIALS
1. INSULATION SLEEVE: Heat-shrinkable, transparent blue, radiation cross-linked modified
polyvinylidene fluoride.
2. MELTABLE LINER: Modified thermoplastic.
3. INTEGRAL MULTI-WIRE SEAL: Modified thermoplastic. Color: blue.
4. SEPARATE MULTI-WIRE SEAL: Modified thermoplastic. Color: blue.
APPLICATION
1. This part is designed to provide an immersion resistant seal on in-line splices made with wires having
insulations rated for at least 135°C.
2. Part will seal assemblies which require insertion of not more than two wires per hole of the
multi-hole inserts.
3. For assembly technique, see Installation Procedure on sheet 2.
4. For other sizes of similar usage, see Devices Specification Drawings D-436-39 and D-436-40.
THERMOFIT
DEVICES
300 Constitution Drive
Menlo Park, CA 94025, USA
TITLE:
SEALING SLEEVE
MULTI-WIRE SPLICE
DOCUMENT NO.:
DCR NUMBER:
UNLESS OTHERWISE SPECIFIED DIMENSIONS ARE IN MILLIMETERS.
INCHES DIMENSIONS ARE BETWEEN BRACKETS.
Raychem reserves the right to amend this
ANGLES: N/A
TOLERANCES:
drawing at any time. Users should evaluate
0.00 N/A
the suitability of the product for their
ROUGHNESS IN
0.0 N/A
application.
MICRON
0 N/A
D-436-41
REPLACES:
D000565
SCALE:
None
SIZE:
A
N/A
SHEET:
1 of 2
DRAWN BY:
DATE:
PROD. REV.
DOC ISSUE:
M. FORONDA
02-Oct-00
G
1
If this document is printed it becomes uncontrolled. Check for the latest revision.
SPECIFICATION CONTROL DRAWING
This procedure describes the method to be used to install Raychem Devices Sealing Sleeve D-436-41
to obtain immersion resistant multi-wire crimped in-line splices.
INSTALLATION PROCEDURE
1. Pass the wires to be attached to one barrel through the holes in the separate multi-wire seal being
careful to avoid twisting. Crimp into barrel.
2. Pass the wires to be attached to the other barrel through the sleeve from the multi-hole insert end.
3. Slide the sleeve far enough onto the wires to permit the completion of splice.
4. Complete splice, again being careful to keep wires untwisted between the crimped splicer and the
multi-hole seals or the sleeve cannot be positioned properly.
5. Position the separate insert as close as possible to the crimp splicer. Hold the insert in place by
squeezing the wires directly behind it and slide the sealing sleeve over the assembly so that the
separate insert is completely inside the outer sleeve.
6. Apply heat to the assembly as follows:
a)
Use a Raychem Thermogun, Model 500A, equipped with a Raychem Reflector, TG-12,
adjusted to give a heat of 650 – 750°F.
b)
Place the sleeve in the heat so that the “separate” insert is centered in the air-stream. Apply
heat until insert has melted and flowed axially along the wires.
c)
Work the heat across sleeve causing liner to melt and flow, then concentrate heat on the
second multi-wire insert until it, also, melts and flows.
d)
The time required is largely dependent upon the temperature of the air-stream and the mass of
the wire bundle being encapsulated.
THERMOFIT
DEVICES
300 Constitution Drive
Menlo Park, CA 94025, USA
TITLE:
SEALING SLEEVE
MULTI-WIRE SPLICE
DOCUMENT NO.:
DCR NUMBER:
UNLESS OTHERWISE SPECIFIED DIMENSIONS ARE IN MILLIMETERS.
INCHES DIMENSIONS ARE BETWEEN BRACKETS.
Raychem reserves the right to amend this
ANGLES: N/A
TOLERANCES:
drawing at any time. Users should evaluate
0.00 N/A
the suitability of the product for their
ROUGHNESS IN
0.0 N/A
application.
MICRON
0 N/A
D-436-41
REPLACES:
D000565
SCALE:
None
SIZE:
A
N/A
SHEET:
2 of 2
DRAWN BY:
DATE:
PROD. REV.
DOC ISSUE:
M. FORONDA
02-Oct-00
G
1
If this document is printed it becomes uncontrolled. Check for the latest revision.
Embedded System
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