Copper Terminal Blocks T009 Series Connector 6P/8P/10P/12P/14P/16P M4 M5 Screw for Distribution Box
- Part:
- T009
- Product Certification:
- CE
- Order No.:
- T009
- Packaging Details:
- CARTONS
- Delivery Time:
- 7DAYS
- Payment Terms:
- T/T
- Packaging Details:
- Standard Export Cartons
- Delivery Time:
- Within 7 Days
- Payment Terms:
- L/C, T/T, Western Union, Paypal
- Supply Ability:
- 100000 pcs per month
Description
Screw Barrier Terminal Block.
Each of terminals is insulated from the next, prevent circuit in disorder.
The set screws secure wires reliable contact and help prevent accidental contact with the terminals.
Used for wires connecting of home appliances, electronic circuits, machines, etc.
With Blue Neutral and Green PE type
Specification
| Material | PA66 |
| Grade of flame retardant | VO |
| Metal Meterial | Brass nickel plated |
| Ways | 6/8/10/12/14/16 |
| Spec | 6X9/8X12 |
| Screws | M4/M5 |
| Diameter | 5.0/7.0 |
| Housing | PA66/V-0 |
| Cover | PC |
| Conductor | Tin-Coated Brass |
Advantage
- Excellent electrical performance: low loss and minimal heat generation
- Robust mechanical properties: secure connections that remain tight and do not loosen
- Corrosion-resistant and durable: highly adaptable to diverse environmental conditions
- Flexible installation: highly versatile and adaptable
- Safe and reliable: helps reduce operation and maintenance costs
- Environmentally friendly and recyclable
Location
SMICO Terminal Blocks Applications :
- High rise building
- High / Low voltage
- Street Lingting
- Civil Housing
Packaging
Videos
FAQs
01. How many employees does your factory have?
We have over 130 employees, covering the entire production chain.
02. What materials are used for the terminal busbars and the housing? Are they flame-retardant?
Base Housing: PA66 flame-retardant nylon (UL94-V0 rated), providing high-temperature resistance and insulation. Conductive Copper Strips: National Standard brass with a surface tin plating, offering oxidation resistance and low conductivity loss; suitable for long-term use within the confined, high-temperature environments typical of power distribution boxes.
03. What causes the screw terminals to heat up after wiring?
- The screw is not tightened securely, resulting in a loose wire connection; power off the device and retighten the screw.
- The total output power exceeds the limit, causing the entire terminal row to overload beyond its rated current; replace the neutral and ground bars with components rated for a higher current capacity.
- Loose strands of flexible copper wire have become lodged in the gaps of the terminal block; clear away the excess copper strands and re-crimp the connection.
04. How do I place an order?
Please send your purchase order to us via email, and we will send you a quotation and a pro forma invoice.
