CARL VALENTIN Thermal Module Label Printing Tool

CARL VALENTIN Thermal Module Label Printing Tool

CARL VALENTIN Thermal Module Label Printing Tool

CARL VALENTIN from Germany develops, produces, and operates as an independent module with built-in modules that can directly print or generate direct thermal or heat transfer barcodes. It provides a special solution for human readable labels in all imaginable formats, distributing multifunctional label printing and labeling systems - with a comfortable label making software and rich and carefully supplemented accessories. German CARL VALENTIN printer CARL VALENTIN pressure module

Vario II 10712

VARIO Ⅱ-8

37042315A

37529930

37529182

37529973

37042315A

37529973

37529182

37042315A

37529930

APL200 ILX 5412

APL100Compa2

APL100Compa2

III 10712 300dpi

PICAII 10612

PICAII 10612

16KW39

16KW39

16KW39

PICA II 10612

370423267137c

CARL-VALENTIN new generation high-performance Compa V label printer from Germany

Printer series

Compa V104/8

CompaV 106/12

CompaV 162/12

Durable and reliable

Quality, long history, innovation

Modular structure has good universality

·TI Sitara ARM Cortex A8, 1GHz, 32kB ICache, 32kB DCache up to 2000 Mips high-speed processor

·RAM 512MB, stored on SD card, optional gigabit Ethernet port, large label roll outer diameter up to 210mm;

·Printing speed can reach 300mm/s, with pixels ranging from 203dpi to 600dpi

·Easy to operate and maintain

The COMPA V label printing series is the latest product launched by Valentin, a German company, to meet the market's demand for high-quality products with precise construction and advanced technology. The optimal match between ribbon, label, and pressure enables COMPA V to be printed on various boards, adhesive labels, paper, cardboard cards, textiles, and plastic materials. Quickly and easily obtain high-quality printing that is wear-resistant, weather resistant, and chemically resistant based on the label material. Ensure the traceability of your product with a lifetime recognized serial number. A reliable labeling requirement in the automotive industry has been guaranteed.

The ultimate goal of COMPA V's new product development is simple and comfortable operation, as well as high reliability, including when used in harsh environments. The casing and printer components are fully coordinated and made of high-quality materials. COMPA V uses a 32Bit high-speed processor, 512MB RAM, clock chip, and internal battery buffer to store data information and parameter settings during shutdown or power failure. It can automatically record the length and running time of machine printing, monitor various states and parameters of machine printing, and meet the requirements of fully automated high-speed production line integration. The widely applicable specifications and software enable almost every customer's needs to be met.

LCD display: A larger graphic display 132 x 64 Pixel high pixel display, with clear visibility of printing status and individual parameters, suitable for independent operation.

The maximum diameter of the label that can be wound by the external rewinder is 210 millimeters.

The COMPA V series semi rotary cutter allows for quick cutting of different label materials with a thickness of up to 220g/m ². Single blade, interval time, and final cutting. This cutter can be easily and quickly attached to the printer with two pins and secured with a screw.

For label stripping, a stripping electric eye or stripping input is required. After removing the peeled label, peel off the electric eye induction or external peeling signal input. The base paper is rolled up by an internal rewinder.

The Labelstar PLUS Chinese version label editing software is connected to the Labelstar PLUS label editing software, and this system is complete and harmonious. 32-bit software can meet high specification usage requirements and is simple and easy to use.

Brand: SENSORIKA

Model: SCPD series

Introduction to SENSORIKA SCPD Series Products

The intelligent microprocessor converter of the SC series, together with the external measuring probe connected to the cable, forms a measuring device. The transducer and probe have the same serial number. The measuring probe contains a capacitive adsorption humidity sensor and a resistive temperature sensor under the protective cover. There is a hybrid integrated circuit in the main body of the probe used to convert the capacity and resistance changes of the sensor into frequency signals. Then it is programmed by the microprocessor in the intelligent converter and converted into a data signal according to the RS 485 or RS 232C standards. The data has been matched with the measured and calculated humidity values. The SCPD version is equipped with a PG 11 sealed connector for feeding power and output cables to the internal terminal blocks of the power and output. The electronic device of the intelligent converter isolates the output signal from the external DC power source through an internal converter source. The power supply voltage range is 940V DC. The SCPD smart converter has a sturdy box cover made of ABS plastic to ensure protection of electronic devices up to IP 65.

SENSORIKA Converter SCPD Series SENSORIKA SCPD Series Technical Parameters

General specifications:

Power supply voltage: 9 to 40V DC

Converter power consumption: 1W

Isolation of output/input current from external power supply: 1000V AC/1min.

Data communication: RS 485 or RS 232C

Applicable converter address: 00 ÷ FF

Factory address setting: 0x, where x is the last digit of the serial number

Transmission speed: 150 to 19200Bd

Factory settings: 9 600Bd

Transmission security option with checksum (CRC): Modular 256

Factory settings: No CRC

Number of max converters in the network: 32/driver for RS 485

Maximum length of RS 485 data cable without repeater: 1200m

RS 232C data cable maximum length: 15m

Operating temperature of converter electronic devices: -30 to+60 ° C

Working humidity: 0 to 95% r.h. No condensation

Electronic device protection: IP 65

Size: Refer to the corresponding sketch

Weight: 300 grams

Brand: SENSORIKA

Model: SCPA series

Introduction to SENSORIKA SCPA Series Products

The intelligent microprocessor converter of the SC series, together with the external measuring probe connected to the cable, forms a measuring device. The transducer and probe have the same serial number. The measuring probe contains a capacitive adsorption humidity sensor and a resistive temperature sensor under the protective cover. There is a hybrid integrated circuit in the main body of the probe used to convert the capacity and resistance changes of the sensor into frequency signals. Then, it is programmed in the intelligent converter through a microprocessor and converted into a data signal according to the RS 485 standard. The data has been matched with the measured and calculated humidity values. For the required analog output, the data from the processor will be further processed and converted into a unified current signal in 0/420mA or 05V or 10V format voltage signal (01V or 2V according to requirements) through a 16 bit D/A converter. PG 11 sealed connectors are used to feed power and output cables to the internal terminal blocks of the power and output. The converter input of the probe cable has a PG 9 sleeve. The electronic device of the intelligent converter is powered by an internal converter power supply, which isolates the output signal from the external DC power supply. The power supply voltage can vary between 940V DC. The smart converter has a sturdy box cover made of ABS plastic to ensure the protection of electronic devices IP 65.

SENSORIKA Converter SCPA Series SENSORIKA SCPA Series Technical Parameters

General specifications:

Power supply voltage: 9 to 40V DC

Converter power: 1 to 2W depending on the number and type of outputs

Current isolation between output and external power supply: 500V AC/1min.

D/A conversion resolution: 16 bits

Analog output:

05/10V to min resistance of 10 k Ω

0/420mA to max resistance of 500 Ω

Operating temperature of converter electronic devices: -30 to+60 ° C

Working humidity: 0 to 95% r.h.

Electronic device protection: IP 65

Size: Refer to the corresponding sketch

Weight: 300 grams (depending on type and cable not included)

Brand: SENSORIKA

Model: SCKA series

Introduction to SENSORIKA SCKA Series Products

The intelligent microprocessor converter of the SC series, together with the external measuring probe connected to the cable, forms a measuring device. The transducer and probe have the same serial number. The measuring probe contains a capacitive adsorption humidity sensor and a resistive temperature sensor under the protective cover. There is a hybrid integrated circuit in the main body of the probe used to convert the capacity and resistance changes of the sensor into frequency signals. Then, it is programmed in the intelligent converter through a microprocessor and converted into a data signal according to the RS 485 standard. The data has been matched with the measured and calculated humidity values. For the required analog output, the data from the processor will be further processed and converted into a unified current signal in 0/420mA or 05V or 10V format voltage signal (01V or 2V according to requirements) through a 16 bit D/A converter. The output signal and power supply are connected to the device plug connector type CONTACT STA 6FL in the SCKA version. The intelligent electronic device of the converter is powered by an internal converter power supply, which isolates the output signal from the external DC power supply. The power supply voltage can vary between 940V DC. The smart converter has a sturdy box cover made of ABS plastic and ensures IP 65 protection for electronic devices.

SENSORIKA Converter SCKA Series SENSORIKA SCKA Series Technical Parameters

General specifications:

Power supply voltage: 9 to 40V DC

Converter power: 1 to 2W depending on the number and type of outputs

Current isolation between output and external power supply: 500V AC/1min.

D/A conversion resolution: 16 bits

Analog output:

05/10V to min resistance of 10 k Ω

0/420mA to max resistance of 500 Ω

Operating temperature of converter electronic devices: -30 to+60 ° C

Working humidity: 0 to 95% r.h.

Electronic device protection: IP 65

Size: Refer to the corresponding sketch

Weight: 300 grams

Brand: SENSORIKA

Model: HWPA 12 series

Introduction to SENSORIKA HWPA 12 Series Products

The HWPA 12 series humidity and temperature transmitter is a measurement integrated system that combines a measurement probe (with a capacitive adsorption humidity sensor, a resistance temperature sensor, and a Δ C, Δ R/f converter) and an electronic device containing µ P polycarbonate box with a D/A converter and converter power supply. The capacity change of the humidity sensor depends on the measured relative humidity and the resistance change of the temperature sensor depends on the measured temperature. These changes are electronically converted into analog voltage or current signals. The internal power supply of the converter isolates the output signal from the external power supply voltage of the converter to generate an active output signal. The connection of the sensor is a five wire system Subsequent devices or equipment must be connected as consumers (sensors are signal sources). The HWPA 12 series humidity sensor has a sturdy housing and a cover made of polycarbonate. The probe with humidity and temperature sensors extends into the measured space on the left side in this situation. Standard equipment includes a hard aluminum cover with stainless steel mesh to protect the humidity and temperature sensors. Alternatively, sintered bronze covers can be provided upon request. The internal electronic terminal block connected to the external cable. The output signal of the converter power supply separated from the current on this side is also output here. A suitable cable is, for example, the SRO 7-22 type manufactured by KABLO Elektro Velk é Mezi ří. A power supply with an output voltage of 12 to 36V DC has the ability to supply power to the internal converter source, with a starting current of approximately 0.4A for approximately 50 µ s.

SENSORIKA Converter HWPA 12 Series SENSORIKA HWPA 12 Series Technical Parameters

General specifications:

Power supply voltage: 9 to 40 VDC

Power: Max 2 watts

Output analog signal (relative humidity 0 ÷ 100% and temperature according to the upper and lower limits of the range):

HWPA 12-xx1…: 0 … 5 V ( RL ≥ 10k Ω )

HWPA 12-xx2：0 10 V（RL ≥ 10kΩ）

HWPA 12-xx3…：0 … 20 mA (RL ≤ 500Ω)

HWPA 12-xx4…：4 … 20 mA (RL ≤ 500Ω)

D/A conversion: 12 bits

Current isolation between output and power supply: 2000V AC/1min

Sensor with probe operating temperature: -30 to+60 ° C

Probe working pressure: atmospheric pressure

Working humidity: 0 to 95% RH (non condensing)

Electronic device protection: IP 65

Sensor protection: IP 40 KD cover plate, IP 50 KS cover plate

Gas flow rate: 0 to 20 m/s with an absolute pressure of 101.3 kPa

Weight: 300g

Relative humidity (RH)

Measurement range: 0 to 100% RH

Accuracy at 23 ° C:

± 2% RH (10 ÷ 80% RH)

± 3% relative humidity (<10 and>80% relative humidity)

Temperature coefficient of humidity sensor HC 1000: ≤ -0.05% RH/K at 80% RH

Temperature coefficient of humidity sensor FE 09/1000: ≤ -0.10% RH/K at 80% RH

Temperature coefficient of humidity sensor MK 33: ≤ -0.10% RH/K at 80% RH

Lag (cycle 10 to 80% RH): ≤± 1% RH

Response time t90 (0-90% RH): ≤ 10s (uncovered air 0.5m/s)

Temperature (T)

Measurement range (see order code):

Interval of 100 K (e.g. 0 to+100 ° C or -40 to+60 ° C)

Interval of 80 K (e.g. 0 to+80 ° C or -20 to+60 ° C)

Accuracy at 23 ° C: better than ± 0.3 ° C

Long term temperature stability: 0.1 ° C/month

Response time t90 (5m/s air): ≤ 12s (uncovered)

Brand: SENSORIKA

Model: HWKA 12 series

SENSORIKA Converter HWKA 12 Series

The HWKA 12 series humidity and temperature transmitter is a measurement integrated system that combines a measurement probe (with a capacitive adsorption humidity sensor, a resistance temperature sensor, and a Δ C, Δ R/f converter) and an electronic device with a polycarbonate box containing µ P, a D/A converter, and a converter power supply. The capacity change of the humidity sensor depends on the measured relative humidity, and the resistance change of the temperature sensor depends on the measured temperature. These changes are electronically converted into analog voltage or current signals. The internal power supply of the converter isolates the output signal from the external power supply voltage of the converter to generate an active output signal. The connection of the transmitter is a five wire system Subsequent equipment or devices must be connected as consumers (transmitters are signal sources). The HWKA 12 series humidity transmitter has a sturdy housing and a cover made of polycarbonate. Extend the probe with humidity and temperature sensors from the left side of the casing to the measured space. Standard equipment includes a sintered bronze cover with mesh holes to protect humidity and temperature sensors. Alternatively, hard aluminum covers and polyester mesh can be provided upon request. The HWKA 12 series humidity and temperature transmitter has an STA 6FL instrument plug for connecting the power cord and output on the right side of the housing. The cable is connected through STA 6SL or 6SS cable sockets. The converter supplies power from this side and also outputs an electrically separated output signal here. A suitable cable is, for example, the SRO 7-22 Mezi ří čí manufactured by KABLO Elektro Velk é The power supply can be used to power the converter with an output voltage of 12 to 36V DC, providing a starting current of approximately 0.4A for the internal inverter source of the converter, which is about 50 µ s.

SENSORIKA Converter HWKA 12 Series SENSORIKA HWKA 12 Series Technical Parameters

General specifications:

Power supply voltage: 9 to 40 VDC

Power: Max 2 watts

Output analog signal (relative humidity 0 ÷ 100% and temperature according to the upper and lower limits of the range):

HWKA 12-xx1…: 0 … 5 V ( RL ≥ 10k Ω )

HWKA 12-xx2：0 10 V（RL ≥ 10kΩ）

HWKA 12-xx3…：0 … 20 mA (RL ≤ 500Ω)

HWKA 12-xx4…：4 … 20 mA (RL ≤ 500Ω)

D/A conversion: 12 bits

Current isolation between output and power supply: 2000V AC/1min

Sensor with probe operating temperature: -30 to+60 ° C

Probe working pressure: atmospheric pressure

Working humidity: 0 to 95% RH (non condensing)

Electronic device protection: IP 65

Sensor protection: IP 40 KD cover plate, IP 50 KS cover plate

Gas flow rate: 0 to 20 m/s with an absolute pressure of 101.3 kPa

Weight: 300g

Relative humidity (RH)

Measurement range: 0 to 100% RH

Accuracy at 23 ° C:

± 2% RH (10 ÷ 80% RH)

± 3% relative humidity (<10 and>80% relative humidity)

Temperature coefficient of humidity sensor HC 1000: ≤ -0.05% RH/K at 80% RH

Temperature coefficient of humidity sensor FE 09/1000: ≤ -0.10% RH/K at 80% RH

Temperature coefficient of humidity sensor MK 33: ≤ -0.10% RH/K at 80% RH

Lag (cycle 10 to 80% RH): ≤± 1% RH

Response time t90 (0-90% RH): ≤ 10s (uncovered air 0.5m/s)

Temperature (T)

Measurement range (see order code):

Interval of 100 K (e.g. 0 to+100 ° C or -40 to+60 ° C)

Interval of 80 K (e.g. 0 to+80 ° C or -20 to+60 ° C)

Accuracy at 23 ° C: better than ± 0.3 ° C

Long term temperature stability: 0.1 ° C/month

Response time t90 (5m/s air): ≤ 12s (uncovered)

Brand: SENSORIKA

Model: HDPA 12 series

SENSORIKA Converter HDPA 12 Series

The HDPA 12 series humidity and temperature transmitter is a measurement integrated system that combines a measurement probe (with a capacitive adsorption humidity sensor, a resistance temperature sensor, and a Δ C, Δ R/f converter) and an electronic device containing µ P polycarbonate box with a D/A converter and inverter power supply in a common design. The capacity change of the humidity sensor depends on the measured relative humidity, and the resistance change of the temperature sensor depends on the measured temperature, which is electronically converted into an analog voltage or current signal. The internal converter source isolates the output signal from the external signal and the power supply voltage of the converter. The converter generates an active output signal. The connection of the converter is a five wire system Subsequent devices or equipment must be connected as consumers (converters are signal sources). The HDPA 12 series humidity transmitter has a sturdy housing and a cover made of polycarbonate. The probe with humidity and temperature sensors at the bottom of the casing extends to the measured space. As standard, it is equipped with a sintered bronze cover with a mesh to protect the humidity and temperature sensors. Alternatively, a hard aluminum cover with polyester mesh can be provided upon request. The standard material for probe tubes is polypropylene. According to the requirements (working temperature above 120 ° C), pipes made of anti-corrosion steel (symbol N at the end of the ordering code) can be provided. The HDPA 12 series humidity and temperature transmitters have a PG 9 cable connector for the power and output cables on the right side of the housing. The output and power output to the internal terminal block of the converter electronic device are connected to the external cable of the terminal block. The converter supplies power from this side and electrically isolates the output signal, which is also output here. A power supply with an output voltage of 12 to 36 V DC can be used to power the converter, providing startup for the internal converter source current of approximately 0.4A for approximately 50 µ s.

SENSORIKA Converter HDPA 12 Series SENSORIKA HDPA 12 Series Technical Parameters

General specifications:

Power supply voltage: 9 to 40 VDC

Power: Max 2 watts

Output analog signal (relative humidity 0 ÷ 100% and temperature according to the upper and lower limits of the range):

HDPA 12-xx1…: 0 … 5 V ( RL ≥ 10k Ω )

HDPA 12-xx2：0 10 V（RL ≥ 10kΩ）

HDPA 12-xx3…:0…20 mA (RL ≤ 500Ω)

HDPA 12-xx4…:4…20 mA (RL ≤ 500Ω)

D/A conversion: 12 bits

Current isolation between output and power supply: 2000V AC/1min

Sensor with probe operating temperature: -30 to+60 ° C

Probe working pressure: atmospheric pressure

Working humidity: 0 to 95% RH (non condensing)

Electronic device protection: IP 65

Sensor protection: IP 40 KD cover plate, IP 50 KS cover plate

Gas flow rate: 0 to 20 m/s with an absolute pressure of 101.3 kPa

Weight: 300-400g depending on the length of the probe

Relative humidity (RH)

Measurement range: 0 to 100% RH

Accuracy at 23 ° C:

± 2% RH (10 ÷ 80% RH)

± 3% relative humidity (<10 and>80% relative humidity)

Temperature coefficient of humidity sensor HC 1000: ≤ -0.05% RH/K at 80% RH

Temperature coefficient of humidity sensor FE 09/1000: ≤ -0.10% RH/K at 80% RH

Temperature coefficient of humidity sensor MK 33: ≤ -0.10% RH/K at 80% RH

Lag (cycle 10 to 80% RH): ≤± 1% RH

Response time t90 (0-90% RH): ≤ 10s (uncovered air 0.5m/s)

Temperature (T)

Measurement range (see order code):

Interval of 100 K (e.g. 0 to+100 ° C or -40 to+60 ° C)

Interval of 80 K (e.g. 0 to+80 ° C or -20 to+60 ° C)

Accuracy at 23 ° C: better than ± 0.5 ° C

Long term temperature stability: 0.1 ° C/month

Response time t90 (5m/s air): ≤ 12s (uncovered)

Brand: SENSORIKA

Model: HDKA 12 series

SENSORIKA Converter HDKA 12 Series

The HDKA 12 series humidity and temperature transmitter is a measurement integrated system that combines a measurement probe (with a capacitive adsorption humidity sensor, a resistance temperature sensor, and a Δ C, Δ R/f converter) and an electronic device with a polycarbonate box containing µ P, a D/A converter, and a converter power supply. The capacity change of the humidity sensor depends on the measured relative humidity, and the resistance change of the temperature sensor depends on the measured temperature. These changes are electronically converted into analog voltage or current signals. The internal power supply of the converter isolates the output signal from the external power supply voltage of the converter to generate an active output signal. The connection of the sensor is a five wire system Subsequent devices or equipment must be connected as consumers (sensors are signal sources). The HDKA 12 series humidity sensor has a sturdy housing and a cover made of polycarbonate. The probe with humidity and temperature sensors at the bottom extends into the measured space in this situation. It comes standard with a sintered bronze cover with a mesh to protect the humidity and temperature sensors. Alternatively, a cover made of hard aluminum with polyester mesh can be provided upon request. The HDKA 12 series humidity and temperature transmitter has an STA 6FL instrument plug for connecting the power cord and output on the right side of the housing. The cable is connected to the converter through STA 6SL or 6SS cable sockets to supply power from this side and also output an electrically isolated output signal here. A suitable cable is, for example, the SRO 7 22 cable manufactured by KABLO Elektro Velk é Mezi ří. A power supply with an output voltage of 12 to 36 V DC can be used to power the converter, providing a starting current of approximately 0.4A and 50 µ s for the internal converter source of the converter.

SENSORIKA Converter HDKA 12 Series SENSORIKA HDKA 12 Series Technical Parameters

General specifications:

Power supply voltage: 9 to 40 VDC

Power: Max 2 watts

Output analog signal (relative humidity 0 ÷ 100% and temperature according to the upper and lower limits of the range):

HDKA 12-xx1…: 0 … 5 V ( RL ≥ 10k Ω )

HDKA 12-xx2：0 10 V（RL ≥ 10kΩ）

HDKA 12-xx3…：0 … 20 mA (RL ≤ 500Ω)

HDKA 12-xx4…：4 … 20 mA (RL ≤ 500Ω)

D/A conversion: 12 bits

Current isolation between output and power supply: 2000V AC/1min

Sensor with probe operating temperature: -30 to+60 ° C

Probe working pressure: atmospheric pressure

Working humidity: 0 to 95% RH (non condensing)

Electronic device protection: IP 65

Sensor protection: IP 40 KD cover plate, IP 50 KS cover plate

Gas flow rate: 0 to 20 m/s with an absolute pressure of 101.3 kPa

Weight: 300-400g depending on the length of the probe

Relative humidity (RH)

Measurement range: 0 to 100% RH

Accuracy at 23 ° C:

± 2% RH (10 ÷ 80% RH)

± 3% relative humidity (<10 and>80% relative humidity)

Temperature coefficient of humidity sensor HC 1000: ≤ -0.05% RH/K at 80% RH

Temperature coefficient of humidity sensor FE 09/1000: ≤ -0.10% RH/K at 80% RH

Temperature coefficient of humidity sensor MK 33: ≤ -0.10% RH/K at 80% RH

Lag (cycle 10 to 80% RH): ≤± 1% RH

Response time t90 (0-90% RH): ≤ 10s (uncovered air 0.5m/s)

Temperature (T)

Measurement range (see order code):

Interval of 100 K (e.g. 0 to+100 ° C or -40 to+60 ° C)

Interval of 80 K (e.g. 0 to+80 ° C or -20 to+60 ° C)

Accuracy at 23 ° C: better than ± 0.3 ° C

Long term temperature stability: 0.1 ° C/month

Response time t90 (5m/s air): ≤ 12s (uncovered)

Brand: SELCO

Model: T3000

SELCO frequency relay T3000

The frequency relay T3000 is designed to effectively monitor the frequency of generators, busbars, or other distribution systems. The SELCO T3000 is designed for effective frequency monitoring of generators, busbars, or other distribution systems. The relay includes "under frequency" and "over frequency" delay functions, as well as two independent output relays, one for each function. T3000 is part of the SELCO T-Line series with modular units for protecting, controlling, and monitoring generators in ships and land-based applications. T3000 has obtained type approval from major ocean classification societies.

SELCO Frequency Relay T3000 SELCO T3000 Performance Characteristics

Price competitiveness brought by functional combination

Visual indication of power supply, start-up, and relay tripping on two relays

High precision digital countdown timer for delayed output

Accepting high power supply voltage changes: 70-110%

Economical and highly reliable compact design

Aging 50 hours before the final test

Certified by major ocean classification societies

Flame-retardant casing

SELCO Frequency Relay T3000 Technical Parameters

Brand: SELCO

Model: T3500

SELCO frequency deviation relay T3500

The T3500 frequency deviation relay will monitor frequency changes within a one second time period based on simple AC voltage measurements. The T3500 pickup LED will light up when the voltage frequency changes by more than 0.5 Hz to 1.5 Hz per second, while the internal relay (and relay indicator LED) will activate after a frequency deviation of more than 100 milliseconds. By bridging two external connection terminals, a delay of 100 milliseconds can be eliminated. A substitute delay of 50 milliseconds can be obtained by inserting a resistor between two terminals. If the delay pickup and relay LED are omitted, they will light up simultaneously.

SELCO Frequency Deviation Relay T3500 SELCO T3500 Performance Characteristics

Protect the generator from the impact of grid frequency deviation

Visual indication of power, readiness, start-up, and relay tripping

Accepting high power supply voltage changes: 60-110%

Economical and highly reliable compact design

Aging 50 hours before the final test

Working temperature range: -20 ° C to+70 ° C

Flame-retardant casing

DIN rail or screw installation

SELCO Frequency Deviation Relay T3500 SELCO T3500 Technical Parameters

Brand: SELCO

Model: T2700

SELCO Overload Relay T2700

The T2700 overload relay will protect the generator from excessive active loads. T2700 is necessary to protect the prime mover and AC generator from physical damage. T2700 measures the current through an external 5A CT connected to the L1 phase. The phase angle (phi) is determined by the voltage measurements on L1 and L2. T2700 calculates the active current as I x cos phi. If the active current exceeds the preset level (0.02-2 x I), the pull in LED will light up and the trip delay timer (0.1-10 seconds) will activate. The built-in trip relay will be powered on after the delay ends, provided that it continues to exceed the preset trip level during the delay time. The dial on the front panel allows for easy adjustment of travel levels and delays. LED based startup indication is very suitable for testing equipment. Simplicity is the key to installation and service, as it plays a crucial role in reducing the total cost of ownership (TCO) of the entire supply system.

SELCO Overload Relay T2700 SELCO T2700 Performance Characteristics

overload protection

Linear trip level

insulation measurement

Digital delay circuit

Lock release relay

Aging 50 hours before testing

Certified for use in ships

SELCO Overload Relay T2700 Technical Parameters

Brand: SELCO

Model: T2800

SELCO overcurrent or ground fault relay T2800

The T2800 overcurrent or ground fault relay has a wide range of applications as a ground fault or single-phase overcurrent detection relay. It has a wide range of protection, control, and monitoring settings. T2800, as a ground fault or single-phase overcurrent detection relay, has a wide range of applications and protection, control, or monitoring settings. When the current detected by the relay exceeds the preset value, the output relay will activate after a preset time delay. Multiple versions of power supply voltage, measurement current, and functions are provided, each with its own unique features.

SELCO overcurrent or ground fault relay T2800 SELCO T2800 performance characteristics

Generator grounding fault or overcurrent protection

Visual indication of power supply, start-up, and relay tripping

The extensive setting of current and delay is divided into two steps.

High precision digital countdown timer for delayed output

Accepting high power supply voltage changes: 60-110%

Economical and highly reliable compact design

Aging 50 hours before the final test

Flame-retardant casing

SELCO overcurrent or ground fault relay T2800 SELCO T2800 technical parameters

Brand: SELCO

Model: T4000

SELCO automatic synchronizer T4000

The automatic synchronizer T4000 used for the electronic speed controller T4000 can automatically synchronize the input generator to the bus in a short period of time. The SELCO T4000 automatic synchronizer provides automatic synchronization and connection between the generator and the live busbar. T4000 measures the voltage of two phases on either side of the circuit breaker to obtain data on frequency, phase, and voltage deviation. T4000 will automatically adjust the speed of the generator (through a speed controller) to match the frequency and phase with the live bus. The speed output signal is a variable DC voltage that can be easily matched with the speed fine-tuning input of the electronic speed controller. The amplitude of the output voltage is directly proportional to the frequency/phase deviation. When used with T4300 or T4400 load distributors, the speed output must be through T4300 or T4400.

SELCO Automatic Synchronizer T4000 SELCO T4000 Performance Features

Automatic synchronization with voltage based speed control

Adjustable stability and phase angle.

Visual indication of bus voltage, generator voltage, and closing signal

Output suitable for most electronic speed controllers

Automatic or remote reset of output

Economical and highly reliable compact design

Aging 50 hours before the final test

Certified by major ocean classification societies

Flame-retardant casing

SELCO T4000 Automatic Synchronizer Technical Parameters

Brand: SELCO

Model: T2300

SELCO short-circuit relay T2300

The T2300 three-phase short-circuit relay is designed to act as a protective relay for generators, power transmission, and consumer power by tripping the main circuit breaker. T2300 is designed to protect generators, power transmission, and consumers from short circuit damage caused by circuit breaker tripping. When the relay detects a high value among the three input currents and exceeds the preset value, the output relay will activate after a preset time delay or instant (0.1 seconds).

SELCO Short Circuit Relay T2300 SELCO T2300 Performance Characteristics

Generator short-circuit protection

Visual indication of power supply, start-up, and relay tripping

High precision digital countdown timer for delayed output

Normal function during power outage due to built-in energy source

Accepting high power supply voltage changes: 60-110%

Economical and highly reliable compact design

Aging 50 hours before the final test

Certified by major ocean classification societies

Flame-retardant casing

SELCO Short Circuit Relay T2300 Technical Parameters

Brand: SELCO

Model: S6610

SELCO Power Management Module S6610

The SIGMA generator control and protection system is a series of integrated modules used to protect and control marine and land-based generators. These modules have been certified for marine use, including all related functions such as generator protection, synchronization, active/reactive load distribution, and power management. The SIGMA power management module S6610 provides power management functionality for the SIGMA system. It is a key parameter for managing generator equipment in a cost-effective manner, whether on board a ship or at a power plant, as part of the protection of synchronization and load distribution.

SELCO Power Management Module S6610 Performance Characteristics of SELCO S6610

Fully functional power manager

The load depends on the start and stop

5 major consumer requests

5 non essential load trips

Power outage interval

2 analog outputs

Automatic mode/Mobile mode/Manual mode

Supports up to 16 generators

Includes all functions of the S6500 user interface module

redundant power supply

Brand: SELCO

Model: E7800

SELCO Electric Potentiometer E7800

The electric potentiometer E7800 is commonly used as an interface between increasing/decreasing contacts and devices that require control/adjustment through an external potentiometer. The E7800 electric potentiometer is commonly used as an interface between increasing/decreasing relay contacts (or buttons) and devices that require external potentiometer control (such as speed adjustment of electronic speed controllers). All three wires of the potentiometer can be directly accessed through external connection terminals, providing flexibility for almost all applications. We also offer a special version E7800 with DC voltage output. The DC output voltage follows the position of the potentiometer. The design of E7800 ensures that the potentiometer can still 'remember' its position when powered off.

SELCO Electric Potentiometer E7800 Performance Features

Directly enter the manual operation of the potentiometer.

Low speed synchronous motors can achieve control of inertia free time.

Two LEDs indicate "increase" and "decrease".

Any potentiometer with a 6mm or 1/4 inch axis can be installed.

Adjustable potentiometer speed in DC version.

Sealed wire wound potentiometer.

Dustproof.

Aging 50 hours before testing.

Working temperature range: -15 ° C to+70 ° C.

Embedded installation unit

SELCO Electric Potentiometer E7800 Technical Parameters

Brand: SELCO

Model: T7900

SELCO electronic potentiometer T7900

The electronic potentiometer T7900 is commonly used as an interface between the increasing and decreasing contacts and devices that require control/adjustment through voltage or current signals, such as electronic speed controllers. The T7900 electronic potentiometer is typically used as an interface between a unit that provides increasing/decreasing contact signals and an electronic speed controller or voltage regulator (AVR) controlled by analog voltage or current signals. The working principle of T7900 is very similar to traditional electric potentiometers (such as SELCO E7800); However, T7900 is not a variable resistor but provides variable voltage (e.g. -5 to+5 VDC), current (e.g. 4-20 mA), or pulse width modulation signal (PWM). The voltage and current ranges are programmable. The PWM output provides a 500 Hz signal with a programmable duty cycle. The analog output is electrically isolated.

SELCO Electronic Potentiometer T7900 Performance Features

Electronic potentiometer with voltage, current or PWM output

Multiple output range options

isolated output

Adjustable slope time

Two LEDs indicate "increase" and "decrease"

Preset button definition output reference

Programmable power reference unit for generators operating in parallel with the power grid

Aging 50 hours before testing

Flame-retardant casing

SELCO Electronic Potentiometer T7900 Technical Parameters

Brand: SELCO

Model: T2100

SELCO demagnetization relay T2100

The T2100 excitation loss relay can prevent partial or full excitation loss (excitation loss) in synchronous generators. If a generator running in parallel has low excitation, high induced current flows into the generator. The current was detected to have tripped the circuit breaker of the faulty generator, thereby preventing other generators from overloading and potentially causing a power outage in the system. T2100 measures the current through an external 5A CT connected to the L1 phase. The phase angle (phi) is determined by the voltage measurements on L1 and L2. T2100 calculates reactive current as I x sin phi. If the reactive current becomes negative and exceeds the preset level (0.5-1.4 x I), the start LED will light up and the trip delay timer (3-30 seconds) will be activated. The built-in trip relay will be powered on after the delay ends, provided that it continues to exceed the preset trip level during the delay time.

SELCO demagnetization relay T2100 SELCO T2100 performance characteristics

Prevent excitation losses

insulation measurement

Digital delay circuit

Lock release relay

Aging 50 hours before testing

Certified for use in ships

SELCO demagnetization relay T2100 SELCO T2100 technical parameters

Brand: SELCO

Model: M8100

SELCO synchronizer M8100

The M8100 synchronizer provides illumination indication of frequency and phase deviation between voltages on two independent AC systems, such as a generator and a bus. M8100 will also indicate whether two systems are active. The moving light spot represents frequency deviation. The magnitude of frequency deviation is represented by the speed and direction of motion. Clockwise movement indicates that the frequency of input into the system is too high. Moving counterclockwise indicates that the frequency is too low. The stable light spot at the 6 o'clock position represents zero frequency deviation and 180 degree phase deviation. When the light spot stabilizes at the 12 o'clock position (when the green LED is lit), the frequency and phase are consistent. The M8100 scale consists of 38 bright red LEDs. The resolution provided by 38 LEDs is almost as fine as a pointer synchronizer, but LED based designs are much better at withstanding environmental influences from vibration, temperature, and humidity.

SELCO Synchronizer M8100 SELCO M8100 Performance Features

Same accuracy as pointer synchronizer

Luminous indication of phase and frequency difference on 38 LEDs

Visual indication of bus voltage, generator voltage, and phase consistency

Fully isolated voltage input

Optional built-in check synchronizer relay

Optional dead bus shutdown function

Cost effective and highly reliable design

Aging 50 hours before testing

Environmental temperature range: -20 ° C to+70 ° C

Certification by major classification societies

Flame-retardant casing

Embedded installation unit

Brand: SELCO

Model: GC2000

SELCO Generator Controller GC2000

SELCO's GC2000 provides reliable control for generator sets in a wide range of marine power applications, installed in merchant ships, tugboats, fishing boats, crew ships, yachts, and naval vessels. GC2000 has a complete engine generator control and protection system, including extensive engine control and monitoring, synchronization, load distribution, load dependent start and stop, and complete generator protection functions. The design of GC2000 is suitable for a wide range of applications, from basic generator control and monitoring applications to more complex power management solutions, including combinations of shaft mounted generators, bus tie circuit breakers, and shore power connections.

SELCO Generator Controller GC2000 SELCO GC2000 Performance Characteristics

Complete generator control, monitoring, and protection

Automatic synchronization and load sharing

Embedded engine start stop and alarm monitoring

Power management includes load dependent start/stop schemes and power outage prevention/recovery

AC generator control and protection

Contact circuit breaker control

Non essential load tripping

Load sharing redundancy and heavy consumer management

LCD screen for displaying engine and generator values and alarms

RS-485/CAN port communicates with Modbus RTU/TCP

CAN bus dedicated to J1939, CANopen, and I/O expansion

Easy configuration through the front panel or through PC and internal configuration software

Event log

SD card support

Brand: SELCO

Model: T2400

SELCO dual overcurrent relay T2400

The T2400 dual overcurrent relay consists of two combined overcurrent relays used to protect or monitor the power supply of generators, power transmission, and consumers. The SELCO T2400 consists of two combined overcurrent relays used to protect or monitor generators, power transmission, and consumer power sources. The typical application of generator protection is one of the overcurrent functions that trips the generator circuit breaker and another overcurrent function that trips non essential services. Both overcurrent functions can be used to trip level 2 non essential loads. When the high current in the three input currents detected by the relay exceeds the preset value, the output relay will activate after a preset time delay.

SELCO dual overcurrent relay T2400 SELCO T2400 performance characteristics

Generator overcurrent protection

Travel for non essential services during peak load periods

Due to the competitive pricing of functional combinations

Visual indication of power supply, start-up, and relay tripping on two relays

High precision digital countdown timer for delayed output

Accepting high power supply voltage changes: 60-110%

Economical and highly reliable compact design

Aging 50 hours before the final test

Certified by major ocean classification societies

Flame-retardant casing

Brand: SELCO

Model: M2000

SELCONONEM2000

The SELCO M2000 engine controller will control and protect any industrial internal combustion engine by receiving cautious I/O signals for controlling the crankshaft, fuel valves, and stop solenoid valves (if applicable). The engine must be able to provide potential free contacts for starter disengagement and overspeed warning (usually accomplished through standard speed relays). M2000 is commonly used as an engine controller for diesel or gas driven generator sets. The operator can start the engine by pressing the button on the front panel or by providing an external start signal through a potential free contact (such as a relay). M2000 can be configured to perform multiple boot attempts. M2000 has successfully started based on the crankshaft disconnection signal provided by the speed relay (usually 33% of rated speed). The M2000 will operate the fuel valve and start warning signal shortly before starting the engine. The progress of the startup sequence is clearly displayed on the front panel LED.

SELCONONEM2000 SELCO M2000 Performance Features

Engine start/stop

engine protection

Direct input of magnetic pickup

RS232 interface for PC based configuration

RS485 interface communication

Aging 50 hours before testing

Certified for use in ships

Brand: SCHURTER

Model: TA35

SCHURTER Circuit Breaker TA35

TA35 is a high-quality thermal circuit breaker with finely graded rated current and high configurability.

SCHURTER Circuit Breaker TA35 SCHURTER TA35 Performance Characteristics

Embedded version

No tripping release

The operation method complies with IEC: S type

Different joystick colors

Wide current range

SCHURTER Circuit Breaker TA35 SCHURTER TA35 Technical Parameters

Rated voltage AC:

IEC: 240 VAC

UL/CSA : 277 VAC

Rated voltage DC: 32 VDC

Rated current range AC: 0.05-20 A

Conditional short-circuit capacity Inc: IEC 60934: 0.0520 A: 2 kA SC (C1) @ 240 VAC

Protection level: Front IP40 acc. Complies with IEC 60529

Dielectric strength:

50Hz：> 2.5kV

Pulse 1.2/50 μ s:>4kV

Insulation resistance: 500VDC>100 M Ω

life:

Mechanical: 50000 switch cycles

AC: 1 x Ir cos φ 0.6:30000 switching cycle

DC: 1 x Ir L/R=2-3 ms: 50000 switching cycles

Overloading:

IEC: min.40trips @ 6 x Ir cos φ 0.6

UL/CSA: min.50trips @ 1.5 x Ir cos φ 0.75

Allowable working temperature: -30 ° C to 60 ° C

Storage temperature: -40 ° C to 60 ° C

Vibration resistance:

± 0.75mm @ 10-60Hz

Test Tc according to IEC 60068-2-6

10 G @ 60-500 Hz

Test Tc according to IEC 60068-2-6

Impact resistance: 30 G/18ms

Test Ea according to IEC 60068-2-27

Type of Release: Hot Release

Action type: joystick

Weight: 16.5-18.5g

Brand: SCHURTER

Model: MCS 16

SCHURTER switch MCS 16

MCS 16 is a high-performance switch with nut installation, assembly pin connection, solder flux pins or pin clips.

SCHURTER Switch MCS 16 SCHURTER MCS 16 Performance Characteristics

Instantaneous action switch provides standard version with illuminated lettering

Very low installation depth

High protection level IP67

Resist destructive behavior

Long service life

Shell zinc die-casting nickel plating and two types of actuator materials: zinc die-casting nickel plating or stainless steel

Wide range of materials, colors, fonts, lighting colors

Max switch voltage 48 VDC Max switch current 125 mA

Zinc die-casting parts for shells and actuators

No engraving with or without lighting

Stainless steel for actuators

Optional point lighting and optional laser engraving with standard or customer specific symbols

SCHURTER Switch MCS 16 SCHURTER MCS 16 Technical Parameters

Electrical data

Switch function: N.O

Power supply voltage: LED working data listed separately

Impulse withstand voltage (ESD): 8 kV with circular lighting

Contact material silver

Switching voltage: min.4 VDC max.48 VDC

Switching current: Max 125mA

Rated switch capacity: 1.2 W

Service life: 1 million times rated switch capacity

Contact resistance:<50m Ω,<150m Ω after lifespan

Insulation resistance:>100 M Ω

Bounce duration:<1 ms

Contact material gold

Switching voltage: min.50 mVDC max.24 VDC

Switching current: Max 80mA

Rated switch capacity: 0.36 W

Service life: 1 million times rated switch capacity

Contact resistance:<50m Ω,<150m Ω after lifespan

Insulation resistance:>100 M Ω

Bounce duration:<1 ms

Mechanical data

Driving force: Max. 5 Newtons

Action stroke: Max. 0.4 millimeters

Service life: 1 million drives

Shock resistant: IK06

Installation screw torque: 0.4Nm with sealing ring 1.5 Nm without sealing ring

temperature data

Working temperature: -20 to 60 ° C

Storage temperature: -20 to 60 ° C

Protection level: IP67 with O-ring

Salt spray test (according to DIN 50021-SS): 24-hour/48 hour/96 hour dwell time

other data

Contact material: Ag/Au

Welding data

Tin plating: 260 ° C/2sec according to DIN IEC 60068-2-20

可焊性： 260°C / 2sec (IEC 60068-2-20 Test Ta Method 1)

Welding heat resistance: 260 ° C/5 sec (IEC 60068-2-20 Test Tb Method 1A)

material

Shell: Zinc die-casting nickel plating

Executor without words: Zinc die-casting nickel plating

Actuator letter: stainless steel 1.4301

Contact: CuZn37 2 5 µ m Ag

Snap Dome: X 12 CrNi 177 Gold Plated

Socket: PA

Brand: SCHURTER

Model: UMK 250

SCHURTER fuse UMK 250

UMK 250 is a high-quality surface mount insurance ribbon clip.

SCHURTER Fuse UMK 250 SCHURTER UMK 250 Performance Features

compact design

Provide maximum breaking capacity with a minimum footprint

SCHURTER Fuse UMK 250 SCHURTER UMK 250 Technical Parameters

Rated voltage: 250VAC 125VDC

Rated current: 0.08-4A

Breaking capacity: 200A

Characteristic: Time delay T

Mounting method: PCB SMT

Allowable ambient air temperature: -40 ° C to 85 ° C

Climate category: 40/085/21 acc. Complies with IEC 60068-1

Material

-Shell: Ceramic

-Terminal: Gold plated copper alloy

Storage conditions: 0 ° C to 60 ° C max, 70% relative humidity

Product identification: rated current, rated voltage, characteristics, breaking capacity

Welding method:

-Reflow soldering

-Welding curve

Solderability: 245 ° C/3sec acc. Complies with IEC 60068-2-58

Welding heat resistance: 260 ° C/10sec acc. Complies with IEC 60068-2-58

Humidity sensitivity level: MSL 1 J-STD-020

Flammability: min UL 94V-1 (according to EIA/IS-722 test 4.12)

Moisture resistance test: MIL-STD-202 method 106 (cycled 50 times in temperature/atomizer chamber)

Service life: MIL-STD-202 Method 108 (1000h @ 0.42 * In @ 70 ° C)

Mechanical impact: MIL-STD-202 Method 213 Condition A

Solvent resistance: Clean with ordinary solvents

Terminal strength: MIL-STD-202 Method 211A (board deformation 1 mm 1 minute)

Brand: SCHALTBAU

Model: GA

SCHALTBAU connector GA

The housing of the 15 pole circular connector is made of high-strength aluminum magnesium alloy. The contact arrangement is a combination of 4 power contacts and 11 control contacts. Thermosetting contact plugs allow connectors to be used over a wide temperature range. The cable connection and flange installation plugs and sockets used for cable joints have different threads and can be provided as inventory products. The protective cap is provided as an accessory. Sealed to IP67/IP69K: The pin contacts and solder cups are waterproofly formed in the contact inserts of the socket, so even if the connector is unplugged, there will be no water ingress. The polarization key and keyway structure of the connector can prevent the contacts from contacting the insulator, making it possible to achieve a "blind" mating of the connector half. Functional threaded couplings ensure reliable connections.

SCHALTBAU connector GA SCHALTBAU GA performance characteristics

High quality and sturdy metal casing

4 power contacts and 11 control contacts

Functional threaded coupling with polarized bond and keyway structure, simple and reliable connection

The waterproof rating of the socket when plugged in and unplugged is IP67/IP69K

Corrosion resistant liquid

Electrical and mechanical characteristics in accordance with IEC 61984

SCHALTBAU connector GA SCHALTBAU GA technical parameters

Brand: SCHALTBAU

Model: EP

SCHALTBAU connector EP

The connector is designed according to the international railway standard UIC 541-5. It adds to their proven series of connectors for the railway industry. This heavy-duty connector is designed to ensure that the electrical connections inside the train are used for the bypass of the electric pneumatic brake (EP brake) and the electric pneumatic emergency brake. The functions of these two systems overlap through their control and monitoring elements. They are powered by a common cable that runs through the entire train. The plug integrated into the socket is a switch element used as a pilot contact for feedback signal connection. And when the train ends, a signal is sent out through the pin contacts in the virtual socket.

SCHALTBAU connector EP SCHALTBAU EP performance characteristics

Plug in plug: through a switch element integrated into the socket housing

Socket shell with metal handle

Metal latch: socket and plug handle for insertion

Better prevent splashing water

Meets the requirements of UL94-V0 and the following fire protection standards: EN 45545, NF F1610/2, NF F611030

Brand: SCHALTBAU

Model: S132

SCHALTBAU circuit breaker S132

The Schaltbau S132 series manual circuit breaker can quickly and effectively disconnect the power circuit. The S132 series switch is suitable for DC applications. Magnetic blasting allows for higher breaking capacity. Therefore, when connecting these switches, it is necessary to strictly follow the polarity of the terminals. Pulling the red mushroom shaped knob can close the load circuit, and pushing down can disconnect the load circuit. The forced disconnection operation ensures that the contacts open in emergency situations. Due to its snap mechanism, once the switch is activated, it will complete the shutdown procedure in any situation because the snap mechanism works independently of the actuator. There are two holding positions for ON and OFF. The optional option is a lockable version with a cylindrical lock. The disconnect switch can be locked when engaged to the closed position to prevent unauthorized use - the key can only be removed in the closed position.

SCHALTBAU Circuit Breaker S132 SCHALTBAU S132 Performance Characteristics

Quick action with an NC contact block

Manually disconnect single pole ON/OFF

SCHALTBAU Circuit Breaker S132 SCHALTBAU S132 Technical Parameters

Brand: SCHALTBAU

Model: CPP

SCHALTBAU contactor CPP

Compact single pole normally open and normally closed contactors have a rated insulation voltage of up to 3600 volts. Make the current up to 2000 amperes; Conventional thermal current up to 200 amperes; Short term current up to 2000 amperes. The CPP series ultra compact DC contactor is a small Schaltbau switchgear with a power rating of up to 200 amperes, suitable for rated operating voltages up to 3000 volts. Single pole switchgear can be used as normally open or normally closed contactors. They are used for the main and auxiliary converters of railway vehicles, as well as for converters and inverters in the field of renewable energy or more broadly for industrial environments.

SCHALTBAU contactor CPP SCHALTBAU CPP performance characteristics

Compact size - high rated insulation voltage UNm up to 3600 volts

High connection capacity Icm up to 2000 amperes

High thermal continuous current up to 200 amperes Ith

High short-time withstand current Icw up to 2000 amperes

Auxiliary contacts with quick action switch

Brand: SCHALTBAU

Model: CF

SCHALTBAU contactor CF

Schaltbau's new highly modular CF series starts with compact 3-pole AC power contactors for loads up to 600 A and 3000 V for higher frequency inverter fed AC drives. A special feature is the newly developed switch room. These can be universally configured as NO, NC, or a combination as conversions. Electronic economic circuits can reduce power consumption, heat loss, and save costs. CF contactors can be adjusted in various ways. The high variability makes these devices interesting to use in many different applications. Innovative switchgear is also an ideal choice for new projects and modernization renovations. They can successfully replace the cam contactors that have proven themselves over the years.

SCHALTBAU Contactor CF SCHALTBAU CF Performance Characteristics

Compact size - High performance range: 3000 volts AC/3x 600 amperes frequency up to 400 hertz

Innovative application related arc extinguishing chamber design - configurable as normally open, normally closed, or switching contacts

High temperature continuous current of 300 amperes or 600 amperes through parallel connection of two main contacts and high rated short-time withstand current of up to 4000 amperes

4 auxiliary switches for diagnosis and switch status monitoring

Adopting coil energy-saving circuit with low energy consumption and low heat generation

Brand: SCHALTBAU

Model: C320

SCHALTBAU contactor C320

The compact single pole normally open contactor is suitable for direct current with a rated insulation voltage of up to 1800 volts. Make the current up to 3000 amperes; Traditional thermal current can reach up to 1000 amperes; Short term current up to 4500 amperes. The C320 series bidirectional DC contactor expands the application range of the successful C310 and C360 series. Compact devices can switch to higher power. These contactors have a rated short-circuit breaking capacity of up to 3000 amperes and are suitable for applications with high surge currents. These devices can conduct up to 1000 amperes of current - thanks to high contact forces and significantly reduced heat in the main contact system. In the event of a short circuit, up to 4500 amperes of current may flow within one second without welding the contacts. This means that the contactor retains all its functions to disconnect high power regardless of the direction of current when needed. This breaking ability is achieved through a ceramic arc chamber with a large air gap.

SCHALTBAU contactor C320 SCHALTBAU C320 performance characteristics

Compact size - high rated insulation voltage Ui up to 1800 volts

High thermal continuous current up to 1000 amperes Ith

High connection capacity Icm and breaking capacity up to 4000 amperes

Adopting coil energy-saving circuit with low energy consumption and low heat generation

Full Bidirectionality - High Power Disconnect

Auxiliary switch with mirror contact function

Brand: SCHALTBAU

Model: C310

SCHALTBAU contactor C310

Compact single pole normally open contactors for both AC and DC have a rated insulation voltage of up to 1500 volts. Make the current up to 2500 amperes; Conventional thermal current up to 500 amperes; Short term current up to 3000 amperes. Bidirectional DC contactors switch high power in small spaces. This compact switchgear has a turn-on capacity of up to 2500 amperes and is suitable for applications with high surge currents or high capacity. All versions can continuously conduct up to 500 amperes of current. In the event of a short circuit, a current of 3000 amperes can even flow for one second without contact welding. Therefore, the contactor maintains its full function to disconnect high power ranges of up to 500 amperes and up to 1500 volts when necessary - regardless of the direction of the current. This full bidirectionality is crucial for systems with charging and discharging processes, such as battery networks or electric vehicles. Other typical application areas are the management of DC circuits in inverters, combiner boxes in photovoltaic systems, or battery storage systems.

SCHALTBAU contactor C310 SCHALTBAU C310 performance characteristics

Compact size - high rated insulation voltage Ui up to 1500 volts

High thermal continuous current up to 500 amperes Ith

High short-time withstand current rating Icw up to 3000 amperes

Fully bidirectional - high-performance and reliable disconnection

Auxiliary switch with mirror contact function