The Schneider Electric TM200C40R is a 200 A, 3-pole, Thermal-Magnetic Circuit Breaker from the Compact NSX series. It is specifically a Drawout Version model ("C40" indicates a specific drawout frame size), designed for ease of maintenance and service continuity in low-voltage main distribution boards.
Specifications
Parameter Category Details
Manufacturer & Series Schneider Electric, Compact NSX
Complete Model Number TM200C40R
Device Type 3-Pole, Thermal-Magnetic Circuit Breaker (Drawout Version)
Rated Current (In) 200 A (Frame size: 200A)
Rated Ultimate Breaking Capacity (Icu) 36 kA at 415V AC (IEC 60947-2)
Rated Service Breaking Capacity (Ics) 75% of Icu (Typically 27 kA at 415V AC)
Number of Poles 3
Construction Drawout Version (requires a matching fixed drawout chassis for mounting)
Trip Unit Type Micrologic 1.3 Electronic Trip Unit ("R" designation)
• Protection Functions: Long-time overload protection (L) only.
• Adjustments: Long-time protection current (Ir), Long-time delay (tr).
• No Short-Circuit (I) or Ground Fault (G) settings.
Long-Time Protection (Ir) Adjustable from 0.4 to 1 x In (i.e., 80A to 200A for this 200A model)
Drawout Positions CONNECTED, TEST, DISCONNECTED (with clear mechanical indicators and safety interlocks)
Operating Mechanism Integrated racking handle and ON/OFF rotary handle. Can be padlocked in OFF or DISCONNECTED position.
Terminal Type Screw terminals on the breaker for main power connections.
Connection Capacity (Rigid Cable) Typically up to 2 x 95 mm² or 1 x 185 mm² per pole (consult chassis manual for specifics).
Mounting Requires a fixed NSX Drawout Chassis (e.g., a specific "C40" size chassis) mounted to the panel.
Standards & Certifications IEC 60947-1 & -2, UL 489, CSA C22.2 No. 5, CE marked, RoHS compliant.
Electrical Endurance Up to 8,000 operations at rated current.
Mechanical Endurance Up to 20,000 operations.
Operating Ambient Temperature -25°C to +70°C (Derating may apply above 40°C or 50°C).
Protection Rating IP20 (for installation inside an enclosure)
Typical Applications Main incoming circuit protection, main distribution feeder protection in commercial buildings, industrial plants, data centers, and any application where service continuity, ease of maintenance, and safe isolation are critical.