NOARK® Electric Molded Case Circuit Breakers Ex9M1 Series:
-
UL 489 Listed, File Number E35539
- CSA Standards 22.2 No.5 File Number E355392
- 15A to 150A Ratings
- 480VAC, 250VDC Maximum (1P)
- 600VAC, 600VDC Maximum (2P, 3P)
- 1 Pole, 2 Pole, 3 Pole

  Interrupting Ratings:
  Ex9M1N (1P)   Ex9M1S (2P, 3P) Ex9M1N (2P, 3P) Ex9M1H (2P, 3P)
  50kAIC at 240VAC   50kAIC at 240VAC 100kAIC at 240VAC 150kAIC at 240VAC
  10kAIC at 480VA   35kAIC at 480Vac 65kAIC at 480VAC 100kAIC at 480VAC
    14kAIC at 600VAC 20kAIC at 600VAC 25kAIC at 600VAC
 
X
Unit of Measure
Items
Ex9M1S Series MCCB; Thermal-Magnetic Trip Unit (M1S15T22)

Ex9M1S Series MCCB; Thermal-Magnetic Trip Unit
BOM

Ex9M1S Series MCCB; Thermal-Magnetic Trip Unit (M1S15T22)

Ex9M1S Series MCCB; Thermal-Magnetic Trip Unit
BOM

Ex9M1S Series MCCB; Thermal-Magnetic Trip Unit (M1S15T22)

Ex9M1S Series MCCB; Thermal-Magnetic Trip Unit
BOM

Ex9M1S Series MCCB; Thermal-Magnetic Trip Unit (M1S15T22)

Ex9M1S Series MCCB; Thermal-Magnetic Trip Unit
BOM

Ex9M1S Series MCCB; Thermal-Magnetic Trip Unit (M1S15T22)

Ex9M1S Series MCCB; Thermal-Magnetic Trip Unit
BOM
Rated Current N/A 15 A N/A 20 A N/A 25 A N/A 30 A N/A 35 A
Number of Poles N/A 2
IC Class
N/A S
Interrupting Capacity N/A 50kA at 240Vac
35kA at 480Vac
14kA at 600Vac
20kA at 500Vdc
Termination Type N/A Bus Bar Type
Terminal Specification N/A Bus Bar Type
Note N/A Special Order Item. Line/Load Lug type breakers can be converted to busbar connection type.
Features N/A
  • UL 489 Listed, File Number E355392
  • CSA Standards 22.2 No.5 File Number E355392
  • IEC/EN 60947-2
  • CE Compliant
  • RoHS Compliant
N/A
  • High-breaking capacity and a patented arc extinguishing design
  • Bearing-type spindle reduces the operating force required to open and close the operating mechanism
  • High quality compact modular design
  • Fixed and adjustable trip unit settings
  • Line and load lugs installed standard
N/A
  • High-breaking capacity and a patented arc extinguishing design
  • Bearing-type spindle reduces the operating force required to open and close the operating mechanism
  • High quality compact modular design
  • Fixed and adjustable trip unit settings
  • Line and load lugs installed standard
N/A
  • High-breaking capacity and a patented arc extinguishing design
  • Bearing-type spindle reduces the operating force required to open and close the operating mechanism
  • High quality compact modular design
  • Fixed and adjustable trip unit settings
  • Line and load lugs installed standard
N/A
  • High-breaking capacity and a patented arc extinguishing design
  • Bearing-type spindle reduces the operating force required to open and close the operating mechanism
  • High quality compact modular design
  • Fixed and adjustable trip unit settings
  • Line and load lugs installed standard
Certifications N/A
  • UL 489 Listed, File Number E355392
  • CSA Standards 22.2 No.5 File Number E355392
  • IEC/EN 60947-2
  • CE Compliant
  • RoHS Compliant
N/A
  • UL 489 Listed, File Number E355392
  • CSA Standards 22.2 No.5 File Number E355392
  • IEC/EN 60947-2
  • CE Compliant
  • RoHS Compliant
N/A
  • UL 489 Listed, File Number E355392
  • CSA Standards 22.2 No.5 File Number E355392
  • IEC/EN 60947-2
  • CE Compliant
  • RoHS Compliant
N/A
  • UL 489 Listed, File Number E355392
  • CSA Standards 22.2 No.5 File Number E355392
  • IEC/EN 60947-2
  • CE Compliant
  • RoHS Compliant
N/A
  • UL 489 Listed, File Number E355392
  • CSA Standards 22.2 No.5 File Number E355392
  • IEC/EN 60947-2
  • CE Compliant
  • RoHS Compliant
UL Certificate N/A Ex9 Series M1 Bus Bar and Lug Line/Load Side Connection Molded Case Circuit Breakers (NOA_M1_UL Certificate)
Description N/A 15A - M1S Busbar Connection; 2 Poles;
Fixed Thermal and Fixed Magnetic, MCCB
N/A 20A - M1S Busbar Connection; 2 Poles;
Fixed Thermal and Fixed Magnetic, MCCB
N/A 25A - M1S Busbar Connection; 2 Poles;
Fixed Thermal and Fixed Magnetic, MCCB
N/A 30A - M1S Busbar Connection; 2 Poles;
Fixed Thermal and Fixed Magnetic, MCCB
N/A 35A - M1S Busbar Connection; 2 Poles;
Fixed Thermal and Fixed Magnetic, MCCB