Wir bieten 2- und 4-polige Einphasenmotoren von 0,12 bis 5,5kW an.
230V 50Hz
Aluminiumgehäuse
Netzbetrieb
mit Betriebskondensator
Seit 1. Juli 2023 müssen Einphasenmotoren lt. EU-Regelung im Dauerbetrieb die Effizienzklasse IE2 erreichen. Eine Verfügbarkeit ab Lager ist gegeben.
The A240P-5K voltage detector is a voltage sensor based on a capacitive divider principle. Inside the product there is a high stable capacitor, with a high capacitance and up to 15nF and up to 24kV insulation level. The product is dedicated for gas insulated switchgears and is used for asymmetric T-connectors from a range of different manufacturers.
Passive technology, no active parts are inside, or a power supply is needed: Up to 15kN bending strength
Hybrid material technology prevents humidity drift over the lifetime, especially for the capacitive :Correction factors for amplitude and phase inaccuracy improve the sensor class
Used Electric Motor scrap, Fridge and AC Compressor Scrap, Aluminium Engine scrap, Lead Battery scrap, Paper Scrap etc;
Drained Copper Compressor – Fridges/AC (RAINS per ISRI Specifications).
Our copper content on 99.97 % Fridge/AC Compressor Scraps
We sell Fridge/AC Compressor Scraps at a very competitive market price.
etailed Specifications
Compressor Weight 2kg, 4kg, 6kg, 8kg, 10kg, and 12kg
More Details 220240 v 50 or 60 hz.
Cooling capacity 90190 w displ
Size 5.99 12.53 cm3
Purity 99.98% copper inside with connection box
Aluminum Engine Block Scrap
Pb (Min) 99%
Alloy Or Not Nonalloy
Material Lead
Drained Used Electric Motor Scrap (RAINS per ISRI Specifications)
Motor Scrap 99.97 %
Grade A
Type All kind of Motor Scrap
Fe Content HMS
Fe Content (%) 100%)
Ambient temperature:-15?C<q<40 ?C
Altitude:altitude should be lower than 1000
Rated voltage:380V
Rated frequency:50/60HZ
Duty/Rating:Continuous(S1)
Insulation class:B
Protection class:IP54
Cooling method:IC0141
The NxxxE-0U current sensor is dedicated for installation on the cables of a gas or insulated switchgear in the primary or secondary energy distribution. The design is split able, which makes it able to put the sensor on an existing cable. Due to cost effective construction, the sensor has a very high cost-benefit ratio
Passive technology, no active parts are inside, or a power supply is needed:Big inner diameter for installation on 3 cables
Split-able form factor for Retrofit installations:Correction factors for amplitude and phase inaccuracy improve the sensor class
The voltage sensors of Type T360Cxx is made for T-connectors with a
Type C cone acc. IEC 50181. The Tconnectors are usually closed with a
dedicated blind plug of a T-connector manufacturer, this could be removed,
and the sensor could be installed into this place. The sensor is than connected with the common earth and with the secondary connection cable to an IED. This sensor is especially made for a insulation level of 36kV.
Passive technology, no active parts are inside nor a power supply is needed:Sensor can resist torque up to 50Nm used during installation
Short-form factor, Sensor is shortened to the limit to enable maximum installation possibilities:Compatible to T-connectors acc. IEC50181, Type C connectors
Robust design, hexagon nut is made of solid aluminium:High temperature range
The voltage sensors of Type TxxxC-0U are commonly used in T-connectors of
different manufacturers. The Tconnectors ar usually closed with a Type C - Blindplug, this could be removed and the sensor could be installed into this
place. The sensor is than connected with the common earth and with the secondary connection cable to an IED. The product range -0U is especially
made with maximum cost effectiveness by utilizing correction factors.
Passive technology, no active parts are inside or a power supply is needed:Sensor can resist torque up to 50Nm used during installation
Short-form factor, Sensor is as long as a standard blind plug:Compatible to T-connectors acc. IEC50181, Type C connectors
Robust design, hexagon nut is made of solid aluminium:Correction factors for amplitude and phase inaccuracy improve the sensor class
The K240A-xx is one of the newest developments from GWP. It is a combined voltage and current sensor in block type form factor dedicated for air insulated switchgears in the primary energy distribution. It contains a wide range current sensor and a voltage sensor, and it is even possible to put a 3rd component, a low power conventional current transformer inside to enable the maximum flexibility for the customer.
Revolutionary design, which can handle 1 non-conventional CT, 1 conventional CT and 1 non-convention:Up to 1500A rated current @ max. 24/50/125kV
The K120A-xx is one of the newest developments from GWP. It is a combined voltage and current sensor in block type form factor dedicated for air insulated switchgears in the primary energy distribution. It contains a wide range current sensor and a voltage sensor, and it is even possible to put a 3rd component, a low power conventional current transformer inside to enable the maximum flexibility for the customer
Revolutionary design, which can handle 1 non-conventional CT, 1 conventional CT and 1 non-convention:Up to 1500A rated current @ max. 12/28/75kV
The LxxxT-28 current sensor is a completely new development from GWP, which enables the advantages of sensor technology also for the low voltage area. The design is made for installation on low voltage cables either isolated or not isolated. It combines a wide range behaviour with low costs. The usage of correction factors enables even better corrections in combination with dedicated devices.
Passive technology, no active parts are inside, or a power supply is needed: Wide range behaviour, one sensor can replace thousands of variants of conventional CT´s
Split-able form factor for Retrofit installations:Correction factors for amplitude and phase inaccuracy improve the sensor class
The voltage sensors of Type TxxxK-xx are commonly used in T-connectors of
different manufacturers. The Tconnectors are usually closed with a short Blindplug, this could be removed and the sensor could be installed into this place. The sensor is than connected with the common earth and with the secondary connection cable
to an IED.
This sensor could be used on a big range of different T-connectors of different manufacturers:Robust design, hexagon nut is made of solid aluminium
Passive technology, no active parts are inside, or a power supply is needed:Sensor can resist torque up to 50Nm used during installation
Short-form factor, Sensor is shortened to the limit to enable maximum installation possibilities:High temperature range
The NxxxT-0U current sensor is dedicated for installation on the cables of a gas or insulated switchgear in the primary or secondary energy distribution. The design is split able, which makes it able to put the sensor on an existing cable. Due to cost effective construction, the sensor has a very high cost-benefit ratio.
Passive technology, no active parts are inside, or a power supply is needed:Correction factors for amplitude and phase inaccuracy improve the sensor class
The combined voltage and current sensors of Type K240F-xx are used in outdoor installations usually on poles. The sensor is connected with the common earth by the installation point of the product and with the secondary connection cable connected to an IED. It can resist all weather conditions and environmental changes due to the usage of silicon material, which is also used as standard materials for high voltage insulators.
Outdoor sensors, which can resist all weather conditions:Small form factor due to a intelligent arrangement of high voltage components inside
The voltage sensors of Type TxxxC-xx are commonly used in asymmetric T-connectors of different manufacturers. The T-connectors are usually closed with a dedicated blind plug of a T-connector manufacturer, this could be removed, and the sensor could be installed into this place. The sensor is than connected with the common earth and with the secondary connection cable to an IED. The product range -0U is especially made with maximum cost effectiveness by utilizing correction factors
This sensor could be used on a big range of different T-connectors of different manufacturers:Robust design, hexagon nut is made of solid aluminium
Passive technology, no active parts are inside, or a power supply is needed: Sensor can resist torque up to 50Nm used during installation
Short-form factor, Sensor is shortened to the limit to enable maximum installation possibilities:Correction factors for amplitude and phase inaccuracy improve the sensor class
One of the latest developments of GWP is the ultra-wide range current sensor for the primary energy distribution. This product has an incomparable measurement range starting from 0,5A up to 100.000A with a defined accuracy. Primary use case is in combination with protection relays.
Passive technology, no active parts are inside, or a power supply is needed: High temperature range
The LxxxR-21 current sensor is a completely new development from GWP, which enables the advantages of sensor technology also for the low voltage area. The design is fitting in existing common housings of CT´s, but with wide range behaviour and lower costs.
Passive technology, no active parts are inside, or a power supply is needed:Easy installation
One of the latest developments of GWP is the ultra-wide range current sensor for the primary energy distribution. This product has an incomparable measurement range starting from 0,5A up to 100.000A with a defined accuracy. Primary use case is in combination with protection relays.
Passive technology, no active parts are inside, or a power supply is needed:High temperature range
The NxxxT-xx current sensor is dedicated for installation on the cables of a gas or insulated switchgear in the primary or secondary energy distribution. The design is split able, which makes it able to put the sensor on an existing cable. Earthing could be done at the current sensor, or through the shielding of the cable or through the S2 connection inside the IED.
Passive technology, no active parts are inside, or a power supply is needed:Adaptive connection system for earth connection
Split-able form factor for Retrofit installations:High temperature range
The voltage sensors of Type TxxxB-xx is dedicated to the new T-connector
of Euromold/Nexans, called (K) (M)480TB. The T-connectors are usually closed with a dedicated blind plug of a T-connector manufacturer, this could be removed and the sensor could be installed into this place. The sensor is than connected with the common earth and with the secondary connection cable to an IED.
Passive technology, no active parts are inside or a power supply is needed:Sensor can resist torque up to 50Nm used during installation
Short-form factor, Sensor is shorten to the limit to enable maximum installation possibilities:Compatible to T-connector (K)(M)480TB of company Nexans
Robust design, hexagon nut is made of solid aluminium:High temperature range
The NxxxE-xx current sensor is dedicated for installation on the cables of a gas or insulated switchgear in the primary or secondary energy distribution. The design is split able and divided into 3 separate rings, which makes it able to put the sensor on an existing cable. The rings makes it possible to install this product inside switchgears, where the pole distance of the phases can vary up to 1.5m.
Passive technology, no active parts are inside, or a power supply is needed:High temperature range
The NxxxR-xx current sensor is dedicated for installation on the bushing of a gas insulated switchgear in the secondary energy distribution. The design is slim and the holding system can be adapted to different kind of T-connectors. Earthing could be done at the current sensor, or through the shielding of the cable or through the S2 connection inside the IED.
Passive technology, no active parts are inside, or a power supply is needed:Adaptive connection system for earth connection
Small form factor:High temperature range
The A240S-5K voltage detector is a voltage sensor based on a capacitive divider principle. Inside the product there is a high stable capacitor, with a high capacitance and up to 15nF and up to 24kV insulation level. The product is dedicated for air insulated switchgears and could be used also as support insulators with bending forces.
Passive technology, no active parts are inside, or a power supply is needed:Up to 15kN bending strength
Hybrid material technology prevents humidity drift over the lifetime, especially for the capacitive :Correction factors for amplitude and phase inaccuracy improve the sensor class
The A240F-16K is a high voltage coupling capacitance dedicated for Power-line-carrier communication. It is used in outdoor applications, usually on poles. Inside of the product is a big capacitance of over 10nF, which makes the communication through the network possible.
24/50/125kV coupling capacitance for PLC:Ultra-stable capacitance due to the usage of ceramic dielectrics
The LxxxT-44 current sensor is a completely new development from GWP, which enables the advantages of sensor technology also for the low voltage area. The design is made for installation on low voltage cables either isolated or not isolated. It combines a wide range behaviour with low costs. The usage of correction factors enables even better corrections in combination with dedicated devices.
Passive technology, no active parts are inside, or a power supply is needed:Wide range behaviour, one sensor can replace thousands of variants of conventional CT´s
Split-able form factor for Retrofit installations:Correction factors for amplitude and phase inaccuracy improve the sensor class
The temperature sensor system is made for solving a big problem in switchgears. It is modular and can be used in cable compartments of gas insulated switchgears or even in air insulated switchgears, directly on the medium voltage busbars to monitor temperature rises, especially in busbar conjunction points. The system could be delivered with wired cost efficient solutions for low voltage applications or on medium voltage cables or completely galvanic separated with a Power over fiber connection from the base station to the temperature sensors directly attached to the primary busbar.
Up to 6 Temperature sensors could be connected including a temperature- and a humidity sensor in the:Communication via Modubs-RTU between Basestation and Modbus-Master
Modular bus system, base stations could be connected in a line via Modbus/Powersupply with only 1 pl:Configurable through Modbus or via mobile App
The LxxxR-32 current sensor is a completely new development from GWP, which enables the advantages of sensor technology also for the low voltage area. The design is fitting in existing common housings of CT´s, but with wide range behaviour and lower costs.
Passive technology, no active parts are inside, or a power supply is needed:Easy installation
Standard housings, commonly used in low voltage applications are used, no need of adaptations in swi:High temperature range