|
 PRODUCT
CODE: NCC-FB/FB010
The temperature measurement industry has grown to expect only the highest
quality products from PMC A Division of R-SCC.
The same quality
as provided in our thermocouple wire and cable is present in our RTD
lead wire products. The fiberglass 3, 4, 6 and 8 wire construction with
27% nickel clad copper alloys has been designed for high temperature
applications 900°F (482°C) continuous use.
Individual conductors
are insulated with fiberglass braid impregnated with a special binder
to improve moisture and abrasion resistance. The color coded insulated
singles are twisted for additional flexibility and jacketed with braided
fiberglass, color coded white.
You will find our
qualified sales and engineering staff eager to assist in selecting a
design to meet the requirements of your specific application.
Variations of this
construction including protective metal coverings for improved abrasion
resistance, are available upon request.
| Number
of Conductors |
Gauge
Size |
Part
Numbers |
| 3 |
20
7/28 |
NCC-103FB/FB010-20F |
| 3 |
24
7/32 |
NCC-103FB/FB010-24F |
| 4 |
20
7/28 |
NCC-104FB/FB010-20F |
| 4 |
24
7/32 |
NCC-104FB/FB010-24F |
| 6 |
28
7/36 |
NCC-106FB/FB010-28F |
| 8 |
28
7/36 |
NCC-108FB/FB010-28F |
|
| NOTE: |
The
part numbers above represent the more popular constructions. However,
other designs are available upon request. |
Color
Code
| Number
of Conductors |
Singles |
Jacket |
| 3 |
2
Red, 1 White |
White |
| 4 |
2
Red, 2 White |
White |
| 6 |
2
Red, 2 Black, 1 White, 1 Green |
White |
| 8 |
2
Red, 2 White, 2 Black, 1 Green |
White |
|
| NOTE: |
Other
colors available upon request |
| SC-TE/TE010
Physical Properties: |
| Characteristics |
Insulation |
Jacket |
| Specific
Gravity |
2.15 |
2.15 |
| Durometer
Hardness |
D55 |
D55 |
Tensile
Strength
p.s.i. (Typical) |
3000 |
3000 |
| Elongation
% (Typical) |
300 |
300 |
| Min.
Bend Radius |
3
x O.D. |
3
x O.D. |
| Abrasion
Resistance |
Good |
Good |
| Cut-Through
Resistance |
Fair |
Fair |
| Moisture
Resistance |
Excellent |
Excellent |
| Solder
Iron Resistance |
Good |
Good |
| Service
Temperature |
400°F
(204°C) continuous 482°F (250°C) 24 Hours |
400°F
(204°C) continuous 482°F (250°C) 24 Hours |
| Flame
Test |
Self-Extinguishing |
Self-Extinguishing |
|
Number
of
Conductors |
Gauge
Size |
Nominal
Insulation
Wall (in.) |
Nominal
Jacket
Wall (in.) |
Nominal
Dia. (in.) |
Approx.
Ship Weight
lbs./1000 ft. |
| 3 |
20
7/28 |
0.006" |
0.010" |
0.137" |
19 |
| 3 |
24
7/32 |
0.006" |
0.010" |
0.1.7" |
10 |
| 4 |
20
7/28 |
0.006" |
0.010" |
0.151" |
25 |
| 4 |
24
7/32 |
0.006" |
0.010" |
0.117" |
13 |
| 6 |
28
7/36 |
0.006" |
0.010" |
0.096" |
8.5 |
| 8 |
28
7/36 |
0.006" |
0.010" |
0.108" |
11 |
|
|
| Pricing
Policy: |
Shipments
will be invoiced at PMC's prices in effect at time of shipment. Quotations
are given with an escalation clause and prices, terms, and conditions
are subject to change without prior notice. PMC will however, make every
attempt to hold to current quoted prices. All prices are in United States
currency, and shall be subject to correction for errors, unless otherwise
stated in writing to PMC.
|
| Tolerances: |
Due to
allowances in manufacturing processes for wire, cable and similar products,
PMC-A Division of R-SCC reserves the right to ship variation of ±
10% from the quantity of such goods ordered. Physical tolerances shown
are nominal. Shipping weights are an average of all types of conductors
and are listed for estimation only. These weights can vary substantially
due to different types of spools, reels and/or conductors.
The material
contained in the document is presented in good faith and believed to
be reliable and accurate. However, because testing conditions may vary
and material quality or information that may be provided in whole or
part by others may be beyond our control, no warranty, expressed or
implied, is given PMC-A Division of R-SCC can assume no liability for
results obtained or damages incurred through the application of the
data tests presented.
Note: PMC-A Division of R-SCC reserves the right to substitute an equal
product on all registered trademark items.
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