|Technical:||Humidity Resistance||Terminal:||4Pin 1.0mm JST SH|
|Connector:||Copper Cable Lugs Terminal||Color:||Black|
sprinkler wiring harness,
wire harness and cable assembly
Humidity Resistance Wiring Harness Assembly with 4Pin 1.0mm JST SH Connector for Forklift
The wiring harness does more than merely keep the wires and cables tidy upon examination. While this is an important aspect for promoting a professional look to your finished product, the harness itself can serve multiple purposes for protecting electronics. This protection can come in the form of: Wire Harness
Preventing compromised wires from interacting within the product
Avoiding direct damage to those wires within the harness
Preventing damage from heat caused by various components
|Style||4Pin 1.0mm JST SH Connector for Forklift|
|Connector||Copper Cable Lugs|
|2.8 Model||Lenth : 16 Tickness: 0.5mm AWG23-AWG20|
|4.8 Model||Lenth : 17 Tickness: 0.5mm AWG23-AWG18|
|6.3 Model||Lenth : 18 Tickness: 0.5mm AWG18-AWG15|
|Delivery Time||1 - 4 Weeks|
|Price||Direct Factory Price|
Wire harnesses go through many stages of design and manufacturing before a concept is ready for in-field use. First, our brilliant design team will meet with the client to determine the specs of the project. The design team use tools like computer aided drafting programs to produce the measurements for the necessary components of the system.
Once design elements are finalized, we move on to prototyping. Prototyping allows us to produce multiple iterations of the proposed design. After several rounds of testing from automated testing machines like our Cerrus units, these prototypes will progress into our “life lab” where the components will be subjected to real-world conditions and continually evaluated for functionality, durability, and, above all, safety. Prototyping also affords our design staff the time to see if different source materials will be viable logistically. If a certain elements don’t arrive in an efficient and economically viable manner, it can throw off the whole manufacturing process and increase expenses. Prototyping allows for any logistical hurdles to be worked out ahead of production runs so the process can proceed as smoothly as possible. The prototype iteration will also help our production team know which tools will need to be reserved from our custom tool crib.
Once all of these elements have been smoothed out, the unit will progress into volume production, final testing, and ultimately, distribution to their intended destinations. With production facilities located in both the US and in China, we’re able to quickly get our products to customers around the world.
Decreased installation time: Many vehicles require miles of wiring in order to operate. A wire harness greatly simplifies the manufacturing of these vehicles by integrating all the wires and cables needed into a single apparatus. The installation then becomes a simple matter of “dropping in” the harness, rather than running all of the wires individually.
Security and safety: When wires and cables are bound within a single harness, the individual components are more secure against the adverse effects of vibrations, abrasions and moisture. Space is optimized and the risk of an electrical short is reduced because the wires have been constructed into a non-flexing bundle. The risk of electrical fire is also reduced when the wires are bound within a flame-retardant sleeve.
A wiring harness routing structure includes a wiring harness routing member configured to be attached to a vehicle body and a protector that accommodates and holds a wiring harness. The protector has a recess shape in which the protector is opened in one direction in a sectional view.
Contact Person: Sarah