VOLTAGE SENSORS
Cone type sensors for T-connectors in medium voltage switchgear
Voltage sensor with type C cone, acc. IEC.
PRODUCT DESCRIPTION
The voltage sensors of Type TxxxC-xx are commonly used in T-connectors of different manufacturers. The T-connectors are usually closed with a Type C - Blindplug, this could be removed and the sensor could be installed into this place. The sensor is then connected with the common earth and with the secondary connection cable to an IED.
PRODUCT ADVANTAGES
- Passive technology, no active parts are inside, or a power supply is needed
- Short-form factor, Sensor is as long as a standard blind plug
- Robust design, hexagon nut is made of solid aluminium
- Compatible to T-connectors acc. IEC50181, Type C connectors
- High temperature range
Voltage sensor with shortened cone, acc. IEC
PRODUCT DESCRIPTION
The voltage sensors of Type TxxxK-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 then connected with the common earth and with the secondary connection cable to an IED.
PRODUCT ADVANTAGES
- This sensor could be used on a big range of different T-connectors of different manufacturers
- Passive technology, no active parts are inside, or a power supply is needed
- Short-form factor, Sensor is shortened to the limit to enable maximum installation possibilities
- Robust design, hexagon nut is made of solid aluminium
- Sensor can resist torque up to 50Nm used during installation
- High temperature range
Voltage sensor with Nexans Typ B cone, acc. IEC.
PRODUCT DESCRIPTION
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 then connected with the common earth and with the secondary connection cable to an IED.
PRODUCT ADVANTAGES
- Passive technology, no active parts are inside or a power supply is needed
- Short-form factor, Sensor is shorten to the limit to enable maximum installation possibilities
- Robust design, hexagon nut is made of solid aluminium
- Sensor can resist torque up to 50Nm used during installation
- Compatible to T-connector (K)(M)480TB of company Nexans
- High temperature range
Voltage Sensor with type C cone acc. IEC up to 36kV
PRODUCT DESCRIPTION
The voltage sensors of Type T360C-xx is made for T-connectors with a Type C cone acc. IEC 50181. 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 then 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.
PRODUCT ADVANTAGES
- Passive technology, no active parts are inside or a power supply is needed
- Short-form factor, Sensor is shortened to the limit to enable maximum installation possibilities
- Robust design, hexagon nut is made of solid aluminium
- Sensor can resist torque up to 50Nm used during installation
- Compatible to T-connectors acc. IEC50181, Type C connectors
- High temperature range
ECO-Voltage sensor with type C cone and correction factors acc. IEC.
PRODUCT DESCRIPTION
The voltage sensors of Type TxxxC-0U are commonly used in T-connectors of different manufacturers. The T-connectors are usually closed with a Type C - Blindplug, this could be removed and the sensor could be installed into this place. The sensor is then 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 utilising correction factors.
PRODUCT ADVANTAGES
- Passive technology, no active parts are inside or a power supply is needed
- Short-form factor, Sensor is as long as a standard blind plug
- Robust design, hexagon nut is made of solid aluminium
- Sensor can resist torque up to 50Nm used during installation
- Compatible to T-connectors acc. IEC50181, Type C connectors
- Correction factors for amplitude and phase inaccuracy improve the sensor class
ECO-Voltage sensor with shortened cone and correction factors acc. IEC.
PRODUCT DESCRIPTION
The voltage sensors of Type TxxxK-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 then 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 utilising correction factors
PRODUCT ADVANTAGES
- This sensor could be used on a big range of different T-connectors of different manufacturers
- Passive technology, no active parts are inside, or a power supply is needed
- Short-form factor, Sensor is shortened to the limit to enable maximum installation possibilities
- Robust design, hexagon nut is made of solid aluminium
- Sensor can resist torque up to 50Nm used during installation
- Correction factors for amplitude and phase inaccuracy improve the sensor class
Support insulator type sensors for installation in air insulated switchgear
Voltage sensor with RJ45 connector or open ends, acc. IEC.
PRODUCT DESCRIPTION
The voltage sensors of Type T240L-xx are used in indoor air insulated switchgear. 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. The sensor can resist high horizontal forces and therefore could be used as support insulator sensors for bus bars or load breakers.
PRODUCT ADVANTAGES
- Up to 15kN bending strength
- Passive technology, no active parts are inside, or a power supply is needed
- Hybrid material technology prevents humidity drift over the lifetime
- Easy installation due to single screw point on the bottom side
- High temperature range
ECO-Voltage sensor with RJ45 connector or open ends and correction factors acc. IEC.
PRODUCT DESCRIPTION
The voltage sensors of Type T240L-xx are used in indoor air insulated switchgear. 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. The sensor can resist high horizontal forces and therefore could be used as support insulator sensors for bus bars or load breakers. The product range -0U is especially made with maximum cost effectiveness by utilising correction factors
PRODUCT ADVANTAGES
- Passive technology, no active parts are inside, or a power supply is needed
- Hybrid material technology prevents humidity drift over the lifetime
- Easy installation due to single screw point on the bottom side
- Up to 15kN bending strength
- Correction factors for amplitude and phase inaccuracy improve the sensor class
Sensors for switchgear in primary energy distribution
Type A inner cone type voltage sensor for GIS
PRODUCT DESCRIPTION
The T240I-xx voltage sensor is one of the first sensors on the market, dedicated for the primary energy distribution in medium voltage, gas insulated, switch gears. This sensor is a logical consequence and evolutional development of GWP, to offer all instrument transformers, in the future on the market, as sensors. This product is made for Type A connections of switchgear. The earthing is done through the installation screws and usually protection relays are used in conjunction with this device.
PRODUCT ADVANTAGES
- First sensors on the market for GIS for primary energy distribution
- Passive technology, no active parts are inside, or a power supply is needed
- 100% full metal design with a minimum wall thickness of 3mm aluminium. (no conductive paint)
- Only 1/3 of weight of a conventional product, easy installation
- Wide range behaviour, could be used between 6kV/√3kV up to 20kV/√3kV with a single product
- Correction factors for amplitude and phase inaccuracy improve the sensor class, if used
Size 2 outer cone type voltage sensor for GIS
PRODUCT DESCRIPTION
The TxxxG-xx voltage sensor is one of the first sensors on the market, dedicated for the primary energy distribution in medium voltage, gas insulated, switch gears. This sensor is a logical consequence and evolutional development of GWP, to offer all instrument transformers, in the future on the market, as sensors. This product is made for Type 2 connections acc. EN50181 of switchgear. The earthing is done through the installation screws and usually protection relays are used in conjunction with this device.
PRODUCT ADVANTAGES
- First sensors on the market for GIS for primary energy distribution
- Passive technology, no active parts are inside, or a power supply is needed
- 100% full metal design with a minimum wall thickness of 3mm aluminium. (no conductive paint)
- Only 1/3 of weight of a conventional product, easy installation
- Insulation level up to 40,5/95/190kV possible
- Correction factors for amplitude and phase inaccuracy improve the sensor class, if used
Size 2 inner cone type voltage sensor for GIS
PRODUCT DESCRIPTION
The TxxxH-xx voltage sensor is one of the first sensors on the market, dedicated for the primary energy distribution in medium voltage, gas insulated, switch gears. This sensor is a logical consequence and evolutional development of GWP, to offer all instrument transformers, in the future on the market, as sensors. This product is made for Type 2 inner cone connections acc. EN50181 of switchgear. The earthing is done through the installation screws and usually protection relays are used in conjunction with this device.
PRODUCT ADVANTAGES
- First sensors on the market for GIS for primary energy distribution
- Passive technology, no active parts are inside, or a power supply is needed
- 100% full metal design with a minimum wall thickness of 3mm aluminium. (no conductive paint)
- Only 1/3 of weight of a conventional product, easy installation
- Insulation level up to 40,5/95/190kV possible
- Correction factors for amplitude and phase inaccuracy improve the sensor class, if used