Disparo de Derivação + Contacto Auxiliar da Série CQAX2
O CQAX2 shunt trip auxiliary switch is specified for combined shunt release and auxiliary switch. Published data includes AC 230V / DC 110V signal circuits; Ui 415V and shunt operating range 160–260V. Confirm the accessory interface, control circuit, wiring and destination-market requirements before ordering.
Visão Geral do Produto
CQAX2 is a shunt trip auxiliary switch for low-voltage panel and breaker accessory systems. The summary below uses the published model record; it does not replace the complete drawing, wiring instructions or project design review.
Combined shunt release and auxiliary switch. shunt operating range 160–260V is the published electrical reference. Compatibility, contact logic and installation details must be confirmed for the exact ordered version.
Principais Características
Aplicações Típicas
Use it where a compatible breaker must be tripped from a remote control or emergency circuit. Confirm the control voltage, trip logic, accessory interface and safe isolation procedure; a shunt release is not an undervoltage release.
Guia de Candidaturas e Seleção
Use the product-specific values below as a shortlist, then validate the complete circuit and mechanical interface. An accessory rating alone does not establish compatibility with every breaker, panel or control system.
| Ponto de seleção | CQAX2 reference | O que o projeto deve confirmar |
|---|---|---|
| Primary function | combined shunt release and auxiliary switch | Confirm the required signal or protection function before ordering |
| Electrical reference | AC 230V / DC 110V signal circuits; Ui 415V | Match the project control or supply circuit |
| Rating / operating window | shunt operating range 160–260V | Use the published range; do not infer missing ratings |
| Interface | for compatible breaker accessory interface | Verify the compatible breaker, panel, base or rail interface |
| Wiring | 1 × 2.5mm² conductor reference | Final conductor and protection selection follows the project design and local rules |
| Documentos | IEC 60947-5-1 | Request the exact drawing and applicable compliance documents for the ordered version |
Function and signal path
Combined shunt release and auxiliary switch. Confirm whether the circuit needs status feedback, fault alarm, remote trip or voltage release.
Control-circuit fit
AC 230V / DC 110V signal circuits; Ui 415V. Match the control voltage and operating window to the project circuit; never assume a nearby rating is interchangeable.
Mechanical interface
for compatible breaker accessory interface. Confirm breaker family, rail/base or panel interface, clearances and maintenance access.
Wiring and documentation
1 × 2.5mm² conductor reference. Request the exact drawing and installation document for the ordered configuration.
Guia de Encomenda
- Specify the exact model and accessory function: CQAX2, combined shunt release and auxiliary switch.
- State the control/supply voltage and any required operating window.
- Confirm the compatible breaker family, panel, base or DIN-rail interface.
- Provide quantity, destination market, wiring details and required technical documents.
- Ask CHAC to verify any non-standard marking, packaging or configuration request before production.
Verificações de Instalação e Coordenação
- Use the exact product drawing and installation instructions for the ordered configuration.
- Verify voltage, conductor, terminal, enclosure, clearances and maintenance access.
- Check the accessory’s signal or trip logic against the control circuit and upstream/downstream protection.
- Installation, testing and maintenance must be carried out by qualified personnel under applicable rules.
Designação do tipo
Dimensões (mm)
Especificações Técnicas
| Parâmetro | ||
| AC-15 | Rated Operational Voltage | AC 230V 50Hz |
| Rated Insulation Voltage | 415V | |
| DC-13 | Rated Operational Voltage | DC110V |
| Rated operating current | 1A | |
| Operating Characteristics | When the voltage is between 160-260V, the trip unit can reliably operate. | |
| Mechanical Life | Not less than 4,000 operations. | |
| Normas | GB/T 14048.5. IEC 60947-5-1 | |
Requisitos e secção transversal do condutor
| Secção transversal de cobre(mm²2) |
| 1X2.5 |
Porquê escolher a CHAC
Com mais de 30 anos de experiência em fabrico, mais de 1100 funcionários, mais de 100 milhões de postes
Com uma capacidade anual e um processo de produção automatizado 90%, a CHAC garante uma capacidade de produção estável e rigorosos
Controlo de qualidade para clientes OEM/ODM globais. O nosso sistema de fabrico interno suporta a longo prazo
cooperação para marcas elétricas, importadores e distribuidores.
30+
ANOS DE EXPERIÊNCIA
Especializado em fabrico de baixa tensão elétrica
1100+
FUNCIONÁRIOS
Equipa profissional garante qualidade e entrega estáveis
100M+
CAPACIDADE ANUAL DE POSTOS
Capacidade de produção em larga escala para satisfazer a procura global
90%
PRODUÇÃO AUTOMATIZADA
Automação avançada para alta eficiência e consistência
Linha de Montagem Automatizada
Laboratório de Ensaios
Injeção e Estampagem
Inspeção de Qualidade
Um rigoroso sistema de controlo de qualidade garante que cada produto cumpre as normas globais.
O que podemos personalizar?
For CQAX2 projects, CHAC can review private-label marking, packaging, approved electrical options, accessory interface and technical-document requirements. Requests outside the published range are subject to engineering evaluation, testing, MOQ and project feasibility.
Logótipo e Identidade Visual
Private-label marking and nameplate options are subject to artwork review and sample approval.
Embalagem
Personalização
Cartons, labels and manuals can be prepared for the approved order specification and destination market.
Elétrico
Personalização
Published AC 230V / DC 110V signal circuits; Ui 415V, shunt operating range 160–260V and interface options are reviewed against the ordered CQAX2 configuration; non-standard requests require technical evaluation.
Produto
Aparência
Appearance options can be reviewed subject to tooling, MOQ, marking requirements and technical feasibility.
Certificação
Apoio
Datasheets, drawings and verified document information are supplied for the applicable approved configuration.
Engenharia
Desenvolvimento
Project support may include drawing review, sample evaluation, testing and production planning, subject to technical approval.
Transferir
CQAX2 Technical Documents
Request the current datasheet, drawings, wiring information and applicable documents for the ordered accessory configuration.
Precisa de Documentos Técnicos?
Contacte-nos para folhas de dados, certificados, desenhos, orientação de seleção ou suporte a projetos OEM/ODM.
CQAX2 Product FAQ
What is the CQAX2 used for?
The CQAX2 provides remote shunt tripping for a compatible breaker system. It is selected as a control accessory, not as a standalone overcurrent device.
What is the difference between a shunt trip and an undervoltage release?
A shunt trip is generally energize-to-trip, while an undervoltage release responds to a loss or reduction of its control voltage. Confirm the required trip logic for the project.
What control voltage does the CQAX2 use?
The published reference is AC 230V / DC 110V signal circuits; Ui 415V, with shunt operating range 160–260V. Do not substitute another coil voltage without confirming the exact model.
Which breaker is compatible with the CQAX2?
The product record specifies a compatible for compatible breaker accessory interface. Confirm the breaker model, interface and accessory combination from the drawing.
Can a shunt release provide overload protection?
No. It trips a compatible breaker remotely; overload and short-circuit protection come from the breaker and must be selected separately.
What wiring is listed for the CQAX2?
The published conductor reference is 1 × 2.5mm² conductor reference. Final wiring, isolation and control-circuit protection must follow the project design and instructions.
Confirm the Right CQAX2 Configuration
Share the required function, voltage, interface, quantity, destination market and technical documents. CHAC will review the request against the published accessory data.
