MODAN6000 modular intelligent low-voltage distribution system is the company's main product, originating from the classic design of Germany Klockner-Moeller. It has advantages such as sturdy structure, flexible design, and easy operation, and complies with IEC61439 and GB7251 standards. It has undergone type tests, seismic tests, simulated transportation tests, and arc tests, and has been certified by CCC, CE, CB, ASTA, XQCC and CCS. It can be used as a distribution center, motor control center It can also be used as a centralized control system for power lighting, with a service life of over 30 years.
Product advantages
1. Compact structure, reasonable layout, standardized component scheme, and convenient engineering design
2. The same cabinet can achieve mixed packaging of drawer type, plug-in type, and fixed partition type units
3. Sustainable optimization and improvement of equipment, with high operational reliability
Product features
1. Multiple cabinet types: MDP, MDMW, MDMF, MDG, which can meet the different needs of users
2. Cabinet structure: An integrated frame structure composed of unique three-way connectors and seamless square steel pipes
3. Key contact: Imported beryllium copper alloy silver laminated contact, excellent conductivity, flexible insertion and removal, and reliable contact
4. Busbar system: Unique C-type bus, with strong current carrying capacity, high mechanical strength, good heat dissipation performance, and seamless connection
5. Bus connection: The BLTS bus introduced from Germany can achieve seamless integration with the MODAN6000 distribution cabinet
6. Intelligent power distribution: ZKM-SCADA introduced from Germany can achieve the function of intelligent power distribution in the product
Parameters:
Main Busbar
lnA A 630/800/1000/1250/1600/2000/2500/3200/4000/5000/6300
Icw kA 65/80/100
Ipk kA 176/220/330
Dropper Busbar
lnc A 1250/1250*2/1600/2*1400
lcw kA 65
Ipk kA 143
Basic Date
Ue V 400/690
Ui V 1000AC/1200DC
fn Hz 50/60
Impact withstand voltage V 3000/1min
Uimp kV 12
Internal Partitions Form1-4b