Allen-Bradley 1492-SPM2C250 MCB Supplementary Protector 25 A

SKU: 1492-SPM2C250
Brand: rockwell automations

Availability: In Stock

DescriptionAllen Bradley 1492 SP Series Miniature Circuit Breakers – Type CExperience high performance and exceptional protection for electrical circuits with the general purpose 1492-SPM Type C Miniature Circuit Breakers by Allen Bradley.These 1492-SPM MCB’s have type C tripping and fast breaking time to provide a higher level of safety for...

Description

Allen Bradley 1492 SP Series Miniature Circuit Breakers – Type C

Experience high performance and exceptional protection for electrical circuits with the general purpose 1492-SPM Type C Miniature Circuit Breakers by Allen Bradley.

These 1492-SPM MCB’s have type C tripping and fast breaking time to provide a higher level of safety for your application. They include screw terminals, are IP20 finger safe, and can be DIN rail mounted for optimal convenience. They are current-limiting and are available in 1, 2 or 3 pole versions, offering more versatility to meet your requirements. They also have dual terminals for wiring and bus bar flexibility. These units have excellent shock and vibration resistance which helps to prevent nuisance tripping, avoiding unnecessary downtime. Up to six accessories can be installed on the same circuit breaker to enable easy optimisation of your safety system.

Type C MCB’s are suitable for use in commercial and light industrial applications, such as fluorescent lighting and small electric motors, and are designed to trip at currents between five and ten times their rated load.

Features and Benefits:

• Available in 1, 2 or 3 pole versions to suit your application needs
• DIN Rail mountable in any position to ensure easy installation
• Dependable protection for circuits due to instantaneous break time
• Indicator window allows clear visibility of contact state: red for closed, green for open
• Screw Terminals
• Thermal-magnetic tripping mechanism
• Can be used in extreme ambient conditions
• RohS compliant and fully recyclable, offering a more environmentally friendly solution

Certifications:

UL Recognised
CSA Certified
CE Marked
CCC Certified
VDE Certified
RoHS Compliant

Standards:

UL 1077
CSA C22.2 No. 235
EN 60947-2
GB 14048.2

Allen Bradley Miniature Circuit Breaker, Type C, 25A Current Rating - 1492-SPM2C250

Do you have an electrical installation prone to switching surges from high inductive loads? Protect it with this type C miniature circuit breaker from Rockwell Automation's Allen Bradley range. It responds to current overloads and trips at five to ten times the rated load, preventing short-circuit damage. You'll find it commonly used with commercial and industrial devices such as small motors, electric fans and transformers. Mount the 2-pole switch to your DIN rail using the clip on the back of the unit to save on installation time.

Features & Benefits

• Check the indicator window to quickly see the contact state – red when closed and green when open
• Screw terminals fix the unit firmly in place and prevent vibration or impact shock causing nuisance tripping
• Mounts in any position so you can fit it into awkward layouts
• Thermal-magnetic tripping mechanism delivers immediate current limiting

Standards and Certifications

• UL (Underwriters' Laboratories)
• CSA (Canadian Standards Association)
• VDE (Verband der Elektrotechnik)
• CE (Conformitè Europëenne)

Is this miniature circuit breaker an electric shock risk?

No, this miniature circuit breaker has an IP20 (ingress protection) rating, meaning it's safe for operators to touch without the risk of electric shocks.

Allen Bradley MCBs

Specifications

Attribute	Value
Number of Poles	2P
Current Rating	25A
Tripping Characteristics	Type C
Rated AC Voltage	277 V, 480V
Rated DC Voltage	96V
Series	1492SPM
Range	1492
Breaking Capacity at Maximum Voltage Rating	10 kA
Circuit Breaker Type	MCB
Mounting Style	DIN Rail Mount
Width	75mm
Length	35mm
Depth	88mm
Break Time	Instantaneous
Reset Actuator Type	Toggle Switch
Terminal Contact Type	Screw
Tripping Mechanism	Thermal-Magnetic
Application	General Purpose