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688-0100

Part # 688-0100
Description
Category MODULE
Availability In Stock
Qty 19
Qty Price
1 - 1 $251.90565
2 - 2 $200.37949
3 - 5 $188.92923
6 - 11 $175.57060
12 + $156.48684
Manufacturer Available Qty
COOK ELECTRIC CO.
  • Shipping Freelance Stock: 19
    Ships Immediately



Technical Document


DISCLAIMER: The information provided herein is solely for informational purposes. Customers must be aware of the suitability of this product for their application, and consider that variable factors such as Manufacturer, Product Category, Date Codes, Pictures and Descriptions may differ from available inventory.

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140
Specifications
MPa
%
MPa
%
MPa
MPa
MPa
KJ/m
2
KJ/m
2
Jm
KJ/m
2
Jm
KJ/m
2
KJ/m
2
KJ/m
2
Mg/1000cy
--
W/m-°C
J/g-°C
°C
°C
°C
%
KV/mm
Ohms
Ohm-cm
%
Polycarbonate
Tensile stress, break
Tensile strain, break
Tensile stress, yield
Tensile strain, yield
Tensile modulus
Flexural stress, yield
Flexural modulus
Izod impact, unnotched
+ 23° C
- 30° C
+ 23° C
Izod impact, notched
+ 23° C
- 30° C
+ 23° C
Charpy impact, unnotched
+ 23° C
- 30° C
Charpy impact, notched
+ 23° C
Taber abrasion, CS-17, 1 kg
Ball indentation, 125° C
Thermal conductivity
Specific heat
Vicat Softening Temperature
Method b
Method a
Long term service temperature
Heat deflection temperature
Method A
Method B
Flame resistance test
Shrinkage
Dielectric strength, in air,
3.2mm
1.0 mm
in oil, 0.8mm
in oil, 1.6mm
in oil, 3.2mm
Surface resistivity
Volume resistivity
Permittivity
50 Hz
1MHz
Water absorption
23°C, 50% RH
23° C, storage in H
2
O
70
69
110
130
63
62
6
7
2350
90
97
2300
2340
No failure
No failure
3204
25
10
801
No failure
No failure
35
10
Passes
0.2
0.27
1.26
141
153
115-135
135
140
V-2
0.5-0.7
15
15
35
27
17
>10^15
10^15
2.7
2.7
0.15
0.35
ISO 527
ASTM D 638
ISO 527
ASTM D 638
ISO 527
ASTM D 638
ISO 527
ASTM D 638
ISO 527
ISO 178
ASTM D 790
ISO 178
ASTM D 790
ISO 180/1U
ISO 180/1U
ASTM D 4812
ISO 180/1A
ISO 180/1A
ASTM D 256
ISO 179/1eU
ISO 179/1eU
ISO 179/2C
ASTM 1044
IEC 60695-10-2
ISO 8302
ASTM C 177
ASTM C 351
ISO 306/ASTM D 1525
ISO 75
ISO 75
UL 94
ASTM D 149
IEC 60243-1
IEC 60243-1
IEC 60243-1
IEC 60243-1
IEC 60093
IEC 60093
IEC 60250
IEC 60250
ISO 62
ISO 62
Physical Properties
Unit of Measurement
Standard
Approx. Value
POLYCARBONATE
For Secondary Services, Product Support, or To Order, Call 1-301-696-9800
141
Specifications
ISO 527
ISO 527
ISO 527
ISO 178
ISO 178
ISO 180/1A
ISO 179/1eU
ISO 179/2C
ISO 2039-1
DIN 52612
ISO 306
ISO 75
UL 94/ISO 1210
IEC 60243-1
IEC 60093
IEC 60093
ISO 62
ABS
Physical Properties
Tensile stress, yield
Tensile strain, yield
Tensile modulus
Flexural stress, yield
Flexural modulus
Izod impact, notched
+ 23°C
Charpy impact, unnotched
+ 23°C
-30° C
Charpy impact, notched
+23°C
- 30°C
Ball indentation, hardness
Thermal conductivity
Vicat Softening, temperature
Method b
Method a
Heat deflection, temperature
Method A
Method B
Flame resistance test
Dielectric Strength
Surface resistivity
Volume resistivity
Water absorption
23°C, storage H
2
O
MPa
%
MPa
MPa
MPa
KJ/m
2
KJ/m
2
KJ/m
2
MPa
W/mK
°C
°C
KV/mm
Ohms
Ohm-cm
%
50
2.3
2300
72
2460
16
No failure
75
18
8
108
0.18
97
92
96
HB
17
>10
14
1015
0.4
Unit of Measurement Test Standard
Approx. Value
ABS
ABS offers an excellent combination of mechanical and thermal properties, outstanding stiffness, impact strength, hardness,
heat resistance, and dimensional stability. ABS can be chemically electroplated.
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142
Specifications
ABS
WEATHERABILITY OF
POLYCARBONATE
& ABS
Unlike the Rose
+
Bopla compression molded and GFK fiberglass enclosures, our polycarbonate and ABS enclosures are
affected by weather, particularly, ultra-violet light.
The quality of most materials deteriorate if they are exposed to the weather for long periods of time.
For ABS moldings, exposure to direct sunlight is harmful. Yellowing of the material gradually leads to changes in most color
shades. The surface of the moldings lose their gloss, become harder and rough. If objects damaged in this way are subjected to
mechanical load (eg: impact), a marked reduction in their initial toughness is noticeable, particularly if the damaged side is situ-
ated in the tensile zone of deflection with prolonged exposure to ultra violet rays, fine micro cracks will appear. Fine micro
cracks act as notches. The original micro-crack damage itself only extends to a slight depth, and polishing the weathered sur-
face restores its original toughness.
To decide whether ABS or polycarbonate can be used depends on the extent to which it is affected by the above mentioned
changes, the design of the part, and its application.
For example, a part which suffers surface damage by impact in the compressive zone has a much better performance than a
part suffering impact in the tensile zone.
Polycarbonate is affected by weathering, but due to its general technical properties being higher in performance than ABS, the
polycarbonate parts will retain higher mechanical values after equal exposure to weather.
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