408–7564
CHAMP Cable–to–Cable and Cable–to–Panel Connectors
Rev A2 of 3
CONTACT CONNECTORS
D
RECEPTACLE PLUG
AWG
CODE
DOT
POSN THREADED
HOLES THICK
FLANGE THIN FLANGE THREADED
HOLES OPEN ENDS
14 ––– ––– ––– ––– –––
24 ––– ––– 2–552474–1 552443–1 552469–1
6,
7,
or 28 E
ellow 36 ––– ––– 2–552475–1 552444–1 552470–1
Strd 50 552391–1 ––– 2–552476–1 552390–1 552471–1
64 ––– ––– ––– 552488–1 –––
14 ––– ––– ––– ––– –––
24 ––– ––– ––– ––– –––
Solid
Brown 36 ––– ––– ––– 556040–1 –––
Strd 50 555227–1 ––– ––– 556039–1 –––
64 ––– ––– 555151–1 ––– –––
D
Wire insulation diameter of 1.14 [.045] max is acceptable for contacts with letter codes C, B, and E. Wire insulation diameter of 1.42 [.056] max is
acceptable for contacts with letter code F.
Figure 1 (end)
2. DESCRIPTION
Plug (male) and receptacle (female) connectors
consist of polarized housings which are preloaded
with contacts on 2.16 [.085] centers. They are
available with 14–, 24–, 36–, 50–, or 64–contact
positions that are arranged in two opposing rows.
Each housing has a color–code dot which indicates
the wire size to be terminated in the connector. The
flanges on the plug housing have either 4–40
UNC–2B threads for screw mounting, or open ends
for bail mounting. The flanges on the receptacle
housing have either 4–40 UNC–2B threads for screw
mounting, or mounting holes (which accept screw or
bail mounting hardware – depending on type of plug
flanges). Note that receptacles have thick 4.75 [.187]
flanges for free–hanging applications and thin 1.98
[.078] flanges for panel–mounted applications.
Contacts have been designed for discrete wire with
solid conductors and for laminated cable with seven
stranded conductors (see Figure 1). A letter code,
designating the wire size, has been stamped on each
contact to assist in selecting replacement contacts.
Cables are manufactured to various
specifications (material, tolerances, etc.). All are
NOT compatible with CHAMP Connectors.
Before making production assemblies, it is
suggested that samples of your cable be
submitted to Tyco Electronics Engineering for
evaluation.
A full complement of strain–relief covers, strain
reliefs, and attaching hardware is available for each
connector. Refer to Instruction Sheet 408–3159 for
the selection and installation procedures of
strain–relief hardware. Refer to Instruction Sheet
408–3160 for the selection and installation
procedures of mounting hardware.
3. TERMINATION TOOLING
There are five basic terminating tools, each designed
for a specific purpose. The tool designator, part
number, function, and referenced instruction material
are provided in the following text.
CHAMPOMATOR* Machine
– Control Module and
Applicator Module. The semi–automatic power tool
is intended for production line terminations of
discrete wires to CHAMP Connectors. See
Customer Manual 409–5411 for operating
instructions.
Frame Assembly and Tooling Assembly
– Tooling
Assembly 231593–2 is designed for mass
termination of discrete wire, see Instruction Sheet
408–3133 for operating instructions. Tooling
Assembly 231592–2 is designed for laminated
cable, see Instruction Sheet 408–3137. Tooling
Assembly 230506 is designed for back–to–back
connectors, see Instruction Sheet 408–6503.
MI–1 –
The portable Hand Operated Tool 229378
is intended for production line and field
terminations of all connectors. See Instruction
Sheet 408–7559 for operating instructions.
Palm Grip
– The single wire Insertion Tool
229451–1 is intended for field service and repair
terminations of all connectors. See Instruction
Sheet 408–7642 for operating instructions.
T–Handle
– The single wire Insertion Tool
229384–1 is intended for repair terminations of all
connectors. See Instruction Sheet 408–7558 for
operating instructions.
CAUTION