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W01-358-7043 Single Bellow Air Bag 3/4NPT With Bumper For Delicate Electronic Equipment
Product Details:
| Place of Origin: | China |
| Brand Name: | AIRSUSTECH |
| Certification: | ISO/TS16949:2009 |
| Model Number: | 1B7043 |
Payment & Shipping Terms:
| Minimum Order Quantity: | 3 pieces |
|---|---|
| Packaging Details: | Strong Carton Box or as Customers Requirement |
| Delivery Time: | 3-8 Working Days |
| Payment Terms: | T/T, Western Union,Paypal or Others |
| Supply Ability: | 1000pcs/week |
|
Detail Information |
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| N.W.: | 5.2 Kg | Warranty: | One Year |
|---|---|---|---|
| Pressure Ability: | 0.2-0.8 M PA | Maximum Diameter: | 335 Mm |
| Trademark: | AIRSUSTECH Or Neutral | Transport Package: | Cartons |
| Specification: | 33*33*22 Cm | Origin: | China |
| HS Code: | 8708809000 | Port: | Huangpu, China |
| Material: | Rubber And Iron | Certification: | ISO/TS16949, ISO9001 |
| Machine: | DELICATE ELECTRONIC EQUIPMENT | Position: | Middle |
| OEM: | Yes | Type: | Air Spring Isolator |
| Highlight: | W01-358-7043 Single Bellow Air Bag,3/4NPT Single Bellow Air Bag,Electronic Equipment Firestone Air Bag |
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Product Description
Firestone W01-358-7043 Air Inlet 3/4NPT With Bumper For Delicate Electronic Equipment
1B7043 OEM Original Manufacturer:
Firestone Part Number:W01-358-7043 ,
Firestone Part Number: W01 358 7043 ,
Firestone Part Number:W013587043 ,
Firestone Part Number:W01-358-7043,
Firestone Part Number:W013587043,
Firestone Part Number:WO1-358-7043,
Firestone Part Number:WO13587043
Goodyear Original:1B12-313
Goodyear Original:1B12 313
Goodyear Original:1B12313
ContiTech Part Number:FS 330-14 CI 3/4 NPT OS
ContiTech Part Number:FS330-14 CI 3/4 NPT OS
ContiTech Part Number:FS330-14CI 3/4 NPT OS
ContiTech Part Number:FS 330-14 CI 3/4 NPT
ContiTech Part Number:FS330-14 CI 3/4 NPT
ContiTech Part Number:FS330-14CI 3/4 NPT
ContiTech Part Number:64596,
ContiTech Part Number:FS330-11474
ContiTech Part Number:FS330 11474
ContiTech Part Number:FS 330-11474
Bellows industrial air spring, single-turn, 330 cm2 effective area, 14 cm maximum stroke, crimped bead plate, internal thread mounting thread, 3/4 NPT, offset
| Compressed height | Maximum stroke |
| 2.01" | 5.08" |
| Maximum deployment height | Inlet type |
| 7.09" | empire |
| The maximum diameter | Air inlet |
| 13.5" | 1/4" |
| Maximum inflation pressure | series |
| 120 psi | C |
| Bellows type | lowest temperature |
| Single twist | -76°F |
| weight | Maximum temperature |
| 9.48 pounds. | 158 degrees F |
Bellows type: single
Ultraman bellows Part number: SP1B22A
Firestone bellows Part number: Not applicable
Goodyear Bellows number: 578-91-3-301
Contitech bellows Part number: FS 330-11
Triangle bellows Part number: 6374
Base plate/neutron type:
Number of top plate holes/studs: 3
Top plate diameter: 9
Top plate C to C diameter: 6.2
Base plate hole bolt Qyt: 2
Base plate diameter: 9
Diameter of base plate C to C: 6.2
Base plate part number:
Bottom plate alignment: parallel
Bumper: No
bracket:
Minimum height: 2.3
Maximum height: 7.2
1B7043 Isolator For DELICATE ELECTRONIC EQUIPMENT:
Why do Delicate Electronic Equipment need to be equipped with air springs?
Anyone who has installed memory and played with chips knows that you can't easily touch golden fingers with your hands in winter, because your inadvertent usage habits may lead to the scrapping of sophisticated memory and chips. The final reason is that human hands are prone to static electricity in winter. Don't underestimate this static electricity. Its instantaneous voltage can reach several thousand volts, which can be described as a memory and chip killer!
For precision electronic equipment, the most feared is the impact from external interference, which is often fatal. In fact, external interference is everywhere. For example, in industrial sites, the power grid is impacted by harmonic currents all the time, which will also cause serious interference to the precision electronic equipment in the power network. So how does this interference form?
In the electricity network, there are many non-linear loads, such as: intermediate frequency furnaces, frequency converters, DC motor drives, electronic ballasts and other equipment whose working current changes drastically, which will inject harmonic currents into the grid. The voltage distortion produced by this kind of harmonic current can easily cause PLC, CNC machine tools, computers, precision instruments and other equipment to be interfered and work abnormally.