001901033
ETIMAT P10 1p C32 Miniature circuit breaker
- ETI Code:
- 001901033
- Application:
- EN/IEC 60898
- Rated current:
- 32 A
- Tripping characteristic:
- C
- Number of poles:
- 1
- Short circuit capacity:
- 10 kA
- Voltage type:
- AC
- Rated impulse withstand voltage Uimp:
- 6 kV
- Rated AC voltage:
- 240 V
- Rated Frequency:
- 50/60 Hz
- Rated cross section:
- 1-25 mm²
- Standards:
- EN/IEC 60898
- Function:
- MCB
5 Documents
22 Logistics
Product
- EAN code for a single product
- 3838895951940
- Net weight of the product
- 105 g
- Net width
- 17.8 mm
- Net height
- 89 mm
- Net depth
- 74.74 mm
- Stock unit of measure
- pcs
Basic Packaging
- Basic packaging quantity
- 12 pcs
- EAN code for a basic packaging
- 3838895951957
- Basic packaging weight
- 1.316 kg
- Basic Packaging Dimensions Height
- 79 mm
- Basic Packaging Dimensions Width
- 91 mm
- Basic Packaging Dimensions Depth
- 220 mm
- Basic packaging volume
- 1.582 dm³
Transport Packaging
- Transport packaging quantity
- 108 pcs
- EAN code for a transport packaging
- 3838895951964
- Transport packaging weight
- 12.197 kg
- Transport Packaging Dimensions Height
- 0.25 m
- Transport Packaging Dimensions Width
- 0.235 m
- Transport Packaging Dimensions Depth
- 0.295 m
- Transport packaging volume
- 0.017 m³
- Pallet quantity
- 5,616 pcs
- Customs tariff
- 85362010
28 ETIM
- Additional equipment possible
- Yes
- Rated insulation voltage Ui
- 500 V
- Rated short-circuit breaking capacity Icu according to IEC 60947-2 at 230 V
- 10 kA
- Built-in depth
- 70 mm
- Voltage type
- AC
- Rated short-circuit breaking capacity Icn according to EN 60898 at 400 V
- 10 kA
- Rated short-circuit breaking capacity Icu according to IEC 60947-2 at 400 V
- 10 kA
- Rated impulse withstand voltage Uimp
- 6 kV
- Degree of protection (IP)
- IP20
- Release characteristic
- C
- Over voltage category
- 3
- Number of poles (total)
- 1
- Pollution degree
- 2
- Number of protected poles
- 1
- Rated voltage
- 240 V
- Current limiting class
- 3
- Rated current
- 32 A
- Flush-mounted installation
- Yes
- Rated short-circuit breaking capacity Icn according to EN 60898 at 230 V
- 10 kA
- Width in number of modular spacings
- 1
- Frequency(Min)
- 50 Hz
- Ambient temperature during operating(Min)
- -40 °C
- Connectable conductor cross section solid-core(Min)
- 1 mm²
- Connectable conductor cross section multi-wired(Min)
- 1 mm²
- Connectable conductor cross section solid-core(Max)
- 25 mm²
- Connectable conductor cross section multi-wired(Max)
- 25 mm²
- Frequency(Max)
- 60
- Ambient temperature during operating(Max)
- 70 °C
ETIM Classification – Version 9.0
4 Diagrams
1 Software & drivers
Software is provided as is without any guarantees or warranty. The author is under no obligation to provide support, service, corrections, or upgrades to the free software programs or drivers.
25 Tags
001901033Miniature circuit breakerETIMAT P10 1p C32ASTIMCBETIMAT P10Normal1pCInternationalModular current and residual protective devices ASTIMiniature circuit breakers MCB and accessories ETIMATMiniature circuit breakers MCBRated impulse withstand voltage Uimp: 6 kVVoltage type: ACTripping characteristic: CFunction: MCBNumber of poles: 1Short circuit capacity: 10 kA/10 kARated cross section: 1 mm²-25 mm²Rated AC voltage: 240 V/240 VStandards: EN/IEC 60898Rated current: 32 A/32 ARated Frequency: 50 Hz/60 HzMiniature circuit breaker P10 Rated current: 32 A/32 A Tripping characteristic: C Number of poles: 1 Short circuit capacity: 10 kA/10 kA Voltage type: AC Rated cross section: 1 mm²-25 mm² Function: MCB
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001900013
ETIMAT P6 1p B32
- Class name
- Miniature circuit breaker
- Rated current
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- Tripping characteristic
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- Number of poles
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- Short circuit capacity
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ETI Blog
Rated short-circuit breaking capacity
Rated short-circuit breaking capacity represents the highest value of short-circuit current that a circuit breaker or fuse is capable of interrupting. Each protective device is designed for a specific rated power and therefore for a specific rated (load) current. Short-circuit currents can permanently damage protective devices due to excessive heat and the energy released. In electrical power engineering, we use various types of electrical equipment (protective devices) with different technical specifications that also describe short-circuit capacity. Let us look at some examples.
