Voltage - Import export

We offer process stabilizers In guaranteed quality, at stable prices and packed appropriately for transportation. Do you need advice on choosing your product or are you looking for a suitable substitution? Our application and product experts are happy to help! Our experience and deep knowledge in the area of specialty chemicals and ingredients ensures that we are well positioned to effectively support both our customers and our suppliers with product and application expertise. Please contact us for more information!

We offer stabilizers In guaranteed quality, at stable prices and packed appropriately for transportation. Do you need advice on choosing your product or are you looking for a suitable substitution? Our application and product experts are happy to help! Our experience and deep knowledge in the area of specialty chemicals and ingredients ensures that we are well positioned to effectively support both our customers and our suppliers with product and application expertise. Please contact us for more information!

VDE approved mat designed for use in front of open switchboards and high voltage equipment. Provides safety for operatives against electric shocks. Fine fluted surface has slip-resistance benefits. Tested to 50,000 volts according to DIN EN 60243-1 (VDE0303 part 21) IEC 60243-2:1996

✓ Ultra wide input range 6...36VDC ✓ Selectable output voltage +12V, +19V or +24V ✓ Very compact design 132mm x 56mm x 17mm ✓ Full performance in the extended temperature range of -20°...+60°C ✓ Very high efficiency up to 98% ✓ More than 10 years capacitor lifetime ✓ Optional output voltage compensation via sense lines ✓ Optional Remote On/Off ✓ Incl. thermal pad, jumper and distance bolts ✓ Made in Germany With 98% efficiency and 300W output power the powerful open frame DC/DC converter offers an ultra-wide 6-36 V input as well as three selectable output voltages 12V / 19V / 24 V, so that almost any corresponding single-voltage motherboard or computer system can be supplied. The very compact DC converter “Made in Germany” delivers fanless full power in the extended temperature range of -20°…+60°C and up to an operating altitude of 5000m.

THE STABILIZER IMPULSE PSN31000 will ensure minimization of equipment failures, a high level of protection, reduction of energy losses and reduction of downtime for critical consumers for a wide range of applications. IMPULSE PSN31000 can be used not only on production lines, but also to protect equipment in cottages or offices

THE STABILIZER IMPULSE PSN3500 will ensure minimization of equipment failures, a high level of protection, reduction of energy losses and reduction of downtime for critical consumers for a wide range of applications. IMPULSE PSN3500 can be used not only on production lines, but also to protect equipment in cottages or offices

THE STABILIZER IMPULSE PSN3300 will ensure minimization of equipment failures, a high level of protection, reduction of energy losses and reduction of downtime for critical consumers for a wide range of applications. IMPULSE PSN3300 can be used not only on production lines, but also to protect equipment in cottages or offices.

THE STABILIZER IMPULSE PSN3120 will ensure the minimization of equipment failures, a high level of protection, a decrease in energy losses and a decrease in the downtime of critical consumers for a wide range of applications. IMPULSE PSN3120 can be used not only on production lines, but also to protect equipment in cottages or offices.

THE STABILIZER IMPULSE PSN315 will ensure the minimization of equipment failures, a high level of protection, a decrease in energy losses and a decrease in the downtime of critical consumers for a wide range of applications. IMPULSE PSN315 can be used not only on production lines, but also to protect equipment in cottages or offices.

Maintenancefree carbon rollers Independent phase control Efficiency up to 98% (full load) Unique compact size Voltage vector control for high overload capacity Service life 20 years (MTBF)

THE STABILIZER IMPULSE PSN3200 will ensure the minimization of equipment failures, a high level of protection, a decrease in energy losses and a decrease in downtime for critical consumers for a wide range of applications. IMPULSE PSN3200 can be used not only on production lines, but also to protect equipment in cottages or offices.

THE STABILIZER IMPULSE PSN380 will ensure the minimization of equipment failures, a high level of protection, a decrease in energy losses and a decrease in the downtime of critical consumers for a wide range of applications. IMPULSE PSN380 can be used not only on production lines, but also to protect equipment in cottages or offices.

THE STABILIZER IMPULSE PSN330 will ensure the minimization of equipment failures, a high level of protection, a decrease in energy losses and a decrease in the downtime of critical consumers for a wide range of applications. IMPULSE PSN330 can be used not only on production lines, but also to protect equipment in cottages or offices

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.

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.

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.

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.

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.

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.

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.

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.

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

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.

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.

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.

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.

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.

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.

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.