Good Quality Moulded Case Circuit Breaker-FTM2 Supply to Auckland
Overview:
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Product Features
The FTM2 series of moulded-case circuit-breakers can be equipped with:
- thermomagnetic trip units, for direct and alternating current network protection, using the physical properties of a bimetal and an electromagnet to detect the overloads and short-circuits;
- electronic trip units, for alternating current network protection. Releases with microprocessor technology obtain protection functions that make the operations extremely reliable and accurate. The power required for operating them correctly is supplied straight from the current sensors of the releases. This ensures that they trip even in single-phase conditions and on a levelwith the minimum setting.
- Small size,compact design
- With the same frame size, the circuit breakers are available wi th different breaking capacities and different rated currents.
- Widely adjustable electronic trip units
- Frames made of rigid materials of recyclable enginnering plastics,
- Modular and easy-to-fit internal accessories
- The internal accessories are extremely easy to install. No tools are required because they are simply snapped into place in the accessories compartments to the left and right of the handle.
Technical Data
Number of poles |
3-Poles,4-Poles |
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Rated voltage (V) AC |
400 |
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Rated insulationvoltage(V) |
690 |
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Rated impulse withstand voltage Uimp(KV) |
6 |
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Rated frequency |
50/60Hz |
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Ultimate short-circuit capacity Icu (KA) |
40 |
50 |
70 |
40 |
50 |
70 |
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Service short-circuit capacity Ics (KA) |
28 |
50 |
50 |
28 |
50 |
50 |
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Electrical life: |
5,000 |
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Mechanical life: |
20,000 |
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Arcing distance(mm) |
Zero |
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Ambient temperature (°C) |
-5°C ~ +40°C |
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Altitude (m) |
≦2000m |
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Atomospheric conditions |
When the ambient air temperature is +40℃, the relative humidity of the air shall not be higher than 50%; a higher relative humidity is allowed at a lower temperature; for the wettest month, the maximum relative humidity averaged shall be 90% while the lowest temperature aeraged in that month +25℃,and the condensation produced due to temperature change shall be taken into consideration, | |||||||||
pollution degree |
Ⅲ |
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Connection |
Front connection plate,rear connection plate,plug-in rear connection plate | |||||||||
Dimensions |
L |
155 |
165 |
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W |
3-Pole:90 | 4-Pole:120 | 3-Pole:105 | 4-Pole:140 | ||||||
H1 |
69 |
70 |
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H |
100 |
105 |
- Characteristic of thermo protection operation of thermo-magnetic release for power distribution
Test current | I/In | Conventional time |
Initial status
|
|
Conventional non-tripping current | 1.05 | ≧1h(In≦63A) | ≧2h(In﹥63A) |
Cold status
|
Conventional tripping current | 1.3 | ﹤1h(In≦63A) | ﹤2h(In﹥63A) |
Right after test 1
|
- Characteristic of thermo protection operation of thermo-magnetic release for motor protection
Test current | I/In | Conventional time |
Initial status
|
|
In≦100A |
100A﹤T≦400A | |||
Conventional non-tripping current |
1 |
≧2h |
Cold status
|
|
Conventional tripping current |
1.2 |
≦2h |
Right after test 1
|
|
1.5 |
≦2min |
≦4min | ||
7.2 |
4s≦T≦10s |
6s≦T≦20s |
Parameters | Trip threshold | Liquid crystal display | Setting value |
Long time-delay overload protection | |||
Tripping current(A) | 0.4,0.45,0.5,0.55,0.6,0.7,0.8,0.9,1.0 x In,OFF | 0.4~1.0 x In step 0.05xIn | 1.0In |
Tripping time(s) | 8,12,16,24,32,48,64,96,128,256 |
16~256s step 4s
|
16s |
Thermal memory protection |
ON,OFF |
ON |
|
Short time-delay short circuit proection | |||
Tripping current(A) | 2,3,4,5,6,7,8,9,10 x Ir1,OFF |
(2~10)Ir1,OFF step 0.05Ir1
|
6Ir1 |
Tripping time(s) | 0.05,0.1,0.15,0.2,0.3 |
(0.05~0.3)s step 0.05s
|
0.3s |
Inverse time-delay | Long inverse time-delay+constant time-delay (I2T:ON),constant time-delay(I2T:OFF) | constant trip time | |
Thermal memory protection | ON,OFF |
ON |
Instantaneous short-circuit protection | ||||
Tripping current(A) | 2,3,4,5,6,7,8,9,10,12 x Ir1, OFF | (2~12)Ir1,OFF |
10Ir1 |
|
Ground-fault protection | ||||
Tripping current(A) | (0.2,0.3,0.4,0.5,0.6,0.7,0.8,0.9,1.0) Ir1,OFF | (0.2~1.0)Ir1, OFF |
1.0Ir1 |
|
Non time-delayed residual currentprotection | I△n | 2I△n | 5I△n | 101△n |
Max. breaking time(s) |
0.3 |
0.15 | 0.04 |
0.04 |
Technical data of intelligent trip unit
- LED on with steady green light indicating that the trip unit is supplied correctly; LED with flashing red light, indicates fault diagnosis
- LED with flashing yellow light, indicates pre-alarm for current exceeding 0.9xI;
- LED with steady red light,indicates current exceeding 1.2xIn for
Front panel indication
- Electronic tripping test interface
- adjustable setting of long time-delay current
- adjustable setting of long time-delay time
- adjustable setting of short time-delay trip current
- adjustable setting of short time-delay time
- adjustable setting of instantaneous trip current
- adjustable setting of earth fault trip current
Operating keys for setting tripping parameters
- ENTER button to confirm data or change pages
- ESC Button to exit submenus or cancel operations
- scroll up(Cursor UP button)
- scroll down(Cursor DOWN button) Electronic trip unit test interface
Telecommunication trip unit
The main protection function: long time-delay overload protection, short time-delay short circuit protection, instantaneous short circuit protection, residual current protection, ground-fault protection.
telecommunication interface:
- The trip unit allows the circuit breaker to be integrated in a communication network based on the Modbus protocal,the devices provide standard RS485 interface as the physical means for tada transmission. It allows a wide range of information to acquired and transmitted remotely.
- programming the electronic trip unit in remote mode;
- to know the state of the circuit breaker(open/closed/tripped) in remote mode.
Tripping curve
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This video demonstrates how you can convert a microwave oven transformer into a 12VDC to 120VAC power inverter. This inverter in this video is rated at 75 Watts using the current transistor/resistor setup. The stranded 10ga windings are capable of 300-400 Watts. In order to produce that much power, you would need to use more powerful transistors/mosfets, or add more transistors in parallel with the first set using a low resistance emitter balancing resistor(around .1 ohm/10W). The frequency output is between 150 and 230Hz(Value can vary depending on your setup). Even with this higher frequency, you can still power incandescent lamps, and many electronics because the incoming AC will be converted to DC anyway.
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DISCLAIMER: This project produces voltage that has the potential to kill. Make and/or use at your own risk. You accept full responsibility for any injuries or deaths resulting from the use/misuse of this circuit.