Product Overview:
MINS is a modular and multifunctional low-voltage distribution cabinet. Applied to all low voltage systems that require high reliability in metallurgy, petroleum, chemical, industrial and enterprises, and infrastructure fields: distribution and motor control systems.
The cabinet structure used by MNS has a high degree of flexibility.
According to customer needs or different usage scenarios, various types and specifications of components can be installed inside the cabinet;
According to different electrical equipment, multiple types of feeding units can be installed in the same cabinet or cabinet. For example, the feeding circuit and the motor control circuit can be mixed together.
MNS is a full range of low-voltage switchgear that can meet your comprehensive needs. Suitable for all low-voltage systems below 6300A.
MNS can provide a high level of reliability and safety; Humanized design enhances the protection required for personal and equipment safety.
MNS is a fully assembled structure, with its unique profile structure and connection method, as well as compatibility with various components, which can meet the requirements of demanding construction periods and power supply continuity.
Execution standards: IEC60349, GB7251.12-2013.
Model and its meaning:
Normal usage conditions:
Application scenarios: power distribution, motor control.
Execution standards: IEC 60349, GB7251.12-2013.
Environmental temperature: -5¡æ¡«40¡æ.
Relative humidity of the environment: not exceeding 50% at 40¡æ. At lower temperatures, higher relative humidity is allowed, and condensation may occur accidentally (e.g. 90% at 20¡æ).
Installation location: Indoor.
Altitude: ¡Ü 2500m.
If the above conditions cannot be met, the user should raise the issue with the manufacturer when placing an order.
Ordering Notice (to be specified when placing an order):
1. Main circuit scheme number, purpose, single line system diagram, arrangement diagram, and distribution room layout plan, etc.
2. Schematic diagram and terminal arrangement diagram of auxiliary circuit wiring.
3. The model, specification, and quantity of electrical components inside the switchgear.
4.Requirements for control, measurement, and protection functions of switchgear, as well as requirements for other locking and automatic devices.
5.If a busbar bridge connection is required between switchgear or incoming cabinets, specific requirements such as the rated current carrying capacity of the busbar bridge, the span of the busbar bridge, and the height above ground should be provided.
6.When attachments and spare parts are needed, the type and quantity should be specified.
7. Switchgear used in special environmental conditions should be specified in detail when ordering.
