



Eaton MCCB, 63 to 80A Overload Trip Range, 3 x Poles - NZM1 Series - 259084 NZMN1-A80
Need to safeguard your industrial equipment against electrical damage? This MCCB from Eaton works a treat. Thanks to its thermal-magnetic tripping mechanism, it disconnects power to your circuit in a flash in the event of excess current, helping to prevent short circuits and overloads. Its three poles let you link up to three devices at once for enhanced versatility. The housing has an IP20 rating, so it's touchproof and protected from objects larger than 12mm to keep your fingers zap-free. You can use this product for medical or military applications.
Features & Benefits
• Keeps its cool in harsh environments, thanks to a wide operating temperature range between -25°C and +70°C
• Current rating of 80A for use with heavy-duty industrial equipment
• Compact dimensions of 145 (L) x 90 (W) x 84.5mm (D) mean it takes up minimal space in your setup
• Rated insulation voltage of 690V so it can handle powerful voltage spikes What's the electrical lifespan of this MCCB? It has a long electrical lifespan of up to 10,000 operating cycles, so you can count on it for long-term performance.
• Current rating of 80A for use with heavy-duty industrial equipment
• Compact dimensions of 145 (L) x 90 (W) x 84.5mm (D) mean it takes up minimal space in your setup
• Rated insulation voltage of 690V so it can handle powerful voltage spikes What's the electrical lifespan of this MCCB? It has a long electrical lifespan of up to 10,000 operating cycles, so you can count on it for long-term performance.

, xEnergy MCCB 3P 80A, Breaking Capacity 50 kA, Fixed Mount
Manufacturer:
Eaton
Manufacturer Part No:
259084 NZMN1-A80
Enrgtech Part No:
ET22735484
Warranty:
Manufacturer
£ 417.91
Checking for live stock
Range:
xEnergy
Number of Poles:
3
Current Rating:
80A
Breaking Capacity at Maximum Voltage Rating:
50 kA
Rated AC Voltage:
690V
Rated DC Voltage:
500V
Mounting Style:
Fixed
Length:
90mm
Width:
145mm
Depth:
84.5mm
Circuit Breaker Type:
MCCB
Tripping Mechanism:
Thermal-Magnetic