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Wholesale TY-SXS1-CJ Three-Phase Collector Box - Reliable Electrical Solutions from China Suppliers and Factory Suppliers, Factory
Product Description
Material properties
- Made of SMC fiberglass composite material
- High mechanical strength and excellent insulation
- Passed UL94 V-0 flame retardant certification
- Acid and alkali corrosion resistance, UV aging resistance
Product Advantages
- Indoor service life ≥ 40 years
- Outdoor service life ≥ 30 years
- Surface finish Ra≤0.8μm
- Modular combination design (supports flexible configuration of 1-12 households)
Application Features
- Supports both open and concealed installation
- Integrated rainproof canopy design (protection level IP54)
- Hidden wiring channel
- Applicable to -40°C~+80°C environment
Product Effect
1. Power collection: The three-phase collector box can collect the three-phase current from different power sources together to facilitate subsequent distribution and use.
2. Power distribution: It can distribute the collected power to multiple loads or devices to ensure efficient use of power.
3. Protection function: The collector box is usually equipped with protection devices, such as overload protection, short-circuit protection, etc., which can effectively prevent electrical faults from damaging equipment and personnel.
4. Fault monitoring: Some collector boxes are equipped with monitoring systems that can monitor current, voltage and other parameters in real time, detect faults in time and issue alarms.
5. Improved safety: By enclosing cable connections and electrical components in the collector box, electric shock and other safety risks are reduced, and the safety of operation and maintenance is improved.
Applications
1. Industrial production: Widely used in factories, mines, metallurgy and other industrial places for centralized collection and distribution of three-phase power.
2. Construction site: On the construction site, the collector box is used to distribute temporary power to ensure the normal operation of construction equipment.
3. Power system: Used for centralized management and distribution of electricity in power substations, distribution rooms and other places.
4. Commercial facilities: Used for the distribution and management of electricity in large commercial facilities such as shopping malls, supermarkets, etc.
5. Water treatment and sewage treatment plants: Used to collect and distribute electricity to ensure the normal operation of equipment.
TY-SXS1-CJ Model, configuration and installation dimensions
| TY | SX | S1 | CJ |
| Company Code | SMC non-metallic metering box | Three-phase single meter box | Collection |
| Configuration | Name | Component Model | Quantity |
| Incoming switch | Miniature circuit breakers | CDBK C type 4P 10A | 1 |
Frequently Asked Questions (FAQ)
What material is the TY-SXS1-CJ collector box manufactured from?
The box is made of premium SMC (Sheet Molding Compound) fiberglass composite material, offering excellent insulation, acid/alkali corrosion resistance, and UL94 V-0 flame retardant certification.
What is the lifespan of this SMC metering collector box?
It has an expected indoor service life of ≥ 40 years and an outdoor service life of ≥ 30 years, thanks to its high mechanical strength and UV aging resistance.
What environmental conditions and ingress protection does it support?
It features an integrated rainproof canopy design rated at IP54 protection level and can operate reliably in harsh environments ranging from -40°C to +80°C.
What are the primary installation methods supported?
The TY-SXS1-CJ supports both open (surface) and concealed (flush) mounting methods, featuring hidden wiring channels for safe and clean wire management.
Does the collector box support multi-household configurations?
Yes, the modular combination design allows flexible configuration to support between 1 and 12 households based on electrical project demands.
What standard incoming switch configuration is supplied?
The unit is equipped with a high-performance miniature circuit breaker, model CDBK C type 4P 10A (Quantity: 1), ensuring effective overload and short-circuit protection.
