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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.

For Secondary Services, Product Support, or To Order, Call 1-301-696-9800
137
Unit of Measurement
Specifications
NOTE: VALUES SHOWN ARE APPROXIMATE.
NOTE: VALUES SHOWN ARE APPROXIMATE.
KA 3c
1.0 x 1013
.6
self-extinguishing
self-extinguishing
fully insulated
-40° C +250° C
.6
Fiberglass
COMPRESSION
MOLDED
FIBERGLASS
• Fiberglass Watertight Enclosures
• Fiberglass Compression Molded Enclosures
• Fiberglass Mobile Control Enclosures
Made of glass fiber (25mm long) reinforced polyester plastic. Heat pressed compression molded under heat and pressure.
This guarantees excellent dimensional stability under heat, excellent mechanical strength and dynamic load capacity, very low
friction, excellent abrasion resistance to chemicals and weather, excellent surface finish, excellent dimensional stability and little
tendency to stress and cracking.
Reinforced glass fiber fiberglass (polyester) mats come in rolls. The rolls are cut in the correct size, weighed and then placed
into a heated mold. Under high pressure the material liquifies, and fills the mold completely. After a few minutes under heat
and pressure, the completed housing can be removed for trimming and assembly.
In general, the resistance of this material to acids, bleaches and organic solvents ranges from good to excellent.
DIN 53480
DIN 53482
DIN 53472
ASTD D-635 UL 94 VO
Almost Non-Flammable
VDE 0100-7
DIN 53458
Leakage Current
Surface Resistance
Absorption of Water
Combustibility
Flame Resistance
Insulation
Continuous Heat
Thermal Conductivity:
Class
Ohm
%
Approx Value
Physical Properties
Test Standard
W/mk (watts per meter x coefficient of thermal expansion)
1.50
150
1
7100
180
120-150
21-25
180
DIN 53479
DIN 53453
DIN 53455
DIN 53457
DIN 53452
DIN 53454
DIN 53453
DIN 53452
Density
Resistance to Pressure
Elongation
Modulus of Elasticity
Bending Strength
Compression Strength
Impact Resistance
Shear Resistance
g/cm
3
N/mm
2
%
N/mm
2
N/mm
2
N/mm
2
KJ/m
2
N/mm
2
Approx Value
Mechanical Properties
Unit of Measurement
Test Standard
www.Rose-Bopla.com
138
Specifications
27
1.4
2200
25
150
120
16
78
82
84
HB
2.5
2.5
1.5
4
>10
13
Fiberglass
Test Standard
GFK FIBERGLASS
Polystyrene
4 x 10
15
fully insulated
self-extinguishing
Free of Halogenated Gases
0.2% Max
KDS 0303
DIN 53482
VDE 0100
UL 94 VO
DIN 53495
ISO/R 62
Surface Resistance
Insulation
Burning Process
Toxic Fumes
Moisture Content
Ohm
Approx. Value
Physical Properties
Physical Strength
Unit of Measurement
Tensile strength, yield
Tensile strain, yield
Tensile modulus
Normal strain at break
Charpy impact, unnotched
+ 23° C
- 30° C
Charpy impact, notched
23° C
Heat deflation, temperature
Method A
Method B
Vicat Softening, Temperature
Method b
Flame resistance test
Relative Permittivity
(100Hz)
Relative Permittivity
(1 MHz)
Dissipation Factor
(100 Hz)
Dissipation Factor
(1 MHz)
Surface resistivity
MPa
%
MPa
%
kJ/m
2
kJ/m
2
°C
°C
-
-
E-4
E-4
Ohms
ISO 527
ASTM D 638
ISO 527,
ASTM D 638
ISO 527
ASTM D 638
ISO 527
ISO 179/1eU
ISO 179/1eA
ISO 75
ISO 306
UL 94/ISO 1210
ISO 60250
ISO 60250
ISO 60250
ISO 60250
IEC 60093
Unit of
Measurement
Approx. Value
Test Standard
For Secondary Services, Product Support, or To Order, Call 1-301-696-9800
139
Polycarbonate
POLYCARBONATE
NOTE
Features excellent strength, stiffness and impact resistance, very good thermal stability, tough yet flexible down to -150° F,
excellent dimensional accuracy and stability, weather resistance, excellent light transmission (up to 89% with translucent
grades), good electrical insulating properties. High gloss finish.
Mechanical fastening is a good technique for attaching materials and components to polycarbonate. It is relatively quick and
provides high assembly strength. In addition, mechanical fastening does not subject the plastic to chemical changes,
accordingly, losses in the properties of the polycarbonate are minimized.
Screws are one form of mechanical fastening used to minimize induced assembly stresses in polycarbonate use. Thread
cutting, rather than thread forming screws are recommended. A thread forming screw merely displaces material, setting-up
areas of high stress.
THREAD CUTTING screws remove material and do not cause excessive stress when used properly.
POLYCARBONATE IS NOT TOLERANT OF OIL IN GENERAL AND HIGH SULPHIDE OILS, IN PARTICULAR. IF OIL IS
CONTINUOUSLY PRESENT, WE DO NOT RECOMMEND POLYCARBONATE.
Specifications
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