CSDM7-63H-3300 열 자석 MCCB
기술 데이터
CSDM7-63H-3300 Thermal Magnetic MCCB: 63 A, 3P Configuration
The CSDM7-63H-3300 thermal magnetic MCCB is listed by W9 Group as a 63 A, 3P molded case circuit breaker for overload and short-circuit protection. Match the thermal and magnetic release characteristics to the load and distribution-panel fault duty. Request the exact time-current curve, voltage-specific capacity and installation drawing.
| 제품 모델 | CSDM7-63H-3300 |
|---|---|
| 제품 카테고리 | 열-자기 성형 케이스 차단기 |
| 현재 지정 | 63 A |
| 폴란드인 | 3P |
| 보호 | Thermal and magnetic overcurrent release |
| Trip characteristic | 고정 또는 조절 가능한 설정과 정확한 시간-현재 곡선을 확인합니다. |
| Fault rating | Confirm operating-voltage-specific Icu and Ics |
선정 가이드
How to Select CSDM7-63H-3300 Thermal Magnetic MCCB Trip Curves and Fault Duty
Specify the model, required current, poles, circuit voltage, load starting duty and prospective fault current when requesting a CSDM7-63H-3300 quotation from W9 Group.
Match the load and release
Specify the load current, starting behavior and coordination needs. Request the thermal pickup and magnetic trip characteristic for the selected version.
Select the pole arrangement
This model is listed as 3P. Confirm terminal identification and any neutral-pole treatment using the actual connection diagram.
Verify voltage-specific capacity
Provide the operating voltage and prospective short-circuit current. Request the applicable Icu and Ics rather than selecting on current or a suffix alone.
Plan the panel connection
Request mounting dimensions, terminal sizes, connection hardware and tightening instructions. Confirm accessory compatibility by the complete breaker model.
W9 그룹 소개
W9 Group CSDM7-63H-3300 Thermal Magnetic Circuit Breaker Support
Zhejiang W9 Group Technology Co., Ltd. supplies low-voltage electrical products. For a CSDM7-63H-3300 enquiry, contact W9 Group about configuration and matching product documents.
관련 자료
CSDM7-63H-3300 Thermal Magnetic MCCB Wiring, Terminals and Trip-Curve Documents
Use technical support and related products to specify CSDM7-63H-3300. Request a datasheet and wiring diagram matching the selected CSDM7-63H-3300 configuration.
구매자 FAQ
CSDM7-63H-3300 Thermal Magnetic MCCB FAQs: Overload and Short-Circuit Selection
Find answers about CSDM7-63H-3300 selection, configuration and ordering.
What configuration is listed for CSDM7-63H-3300?
This product is identified as 63 A and 3P with a thermal-magnetic release. Confirm the complete offered configuration before ordering.
What is the difference between the thermal and magnetic functions?
The thermal function addresses sustained overloads and the magnetic function addresses high fault currents. Request the exact time-current curve to determine pickup and operating time for the offered release.
Can the trip current be adjusted?
Confirm whether the supplied release has fixed or adjustable settings and request its adjustment schedule. A thermal-magnetic designation does not by itself establish a selectable current range.
어떤 단락 차단 용량이 적용됩니까?
The supplier description states an ultimate capacity up to 25 kA. Confirm the applicable operating voltage, Icu, Ics and exact test configuration before using that statement for panel selection.
Does it include residual-current or earth-leakage protection?
Confirm a dedicated leakage release or a coordinated separate device if residual-current protection is required. A thermal-magnetic release description does not establish leakage sensitivity or a residual-current trip function.
Which accessories and installation documents should I request?
Request the CSDM7-63H-3300 mounting and terminal drawing, wiring instructions, time-current curves and accessory compatibility list. Confirm auxiliary contacts and powered operating accessories separately.
What is needed for a CSDM7-63H-3300 quotation?
필수 구성, 수량, 대상 시장, 문서 요구 사항을 보내주세요. 선택한 구성에 대한 가격, 최소 주문 수량, 샘플 및 리드 타임을 W9 Group에 확인해 주세요.
제품 문의
Request a CSDM7-63H-3300 Thermal Magnetic MCCB Quotation
Tell W9 Group your model, required current, poles, circuit voltage, load starting duty and prospective fault current, quantity and destination market so the selected configuration can be identified.