The typical accuracy of the sensor class Sensor Cl. B / Cl. B SS 1.4571 is -30..+200°C: ±0.2°C. The connection cable is PVC 1000 mm and the measuring range is -50°C... +350°C.

The sensor class is Sensor Kl. B / Cl. B WS and the connection cable is PVC 1000 mm. The measuring range is -40°C... +200°C.

The sensor class is Sensor Kl. B / Cl. B (chip resistor) and the connection cable is PVC 1000 mm. The measuring range is -20°C... +200°C.

The typical accuracy of the sensor class Sensor Cl. B / Cl. B SS 1.4571 is -30..+200°C: ±0.2°C. The connection cable is PVC 1000 mm and the measuring range is -50°C... +250°C.

The typical accuracy of the sensor class Sensor Cl. A / Cl. A SS 316L is -30..+200°C: ±0.2°C. The measuring range is -100°C... +260°C.

The typical accuracy of the sensor class Sensor Cl. B / Cl. B is -30..+200°C: ±0.2°C.
The connection cable is PVC 1000 mm and the measuring range is -200°C... +550°C.

The typical accuracy of the sensor class Sensor Cl. B / Cl. B WS 1.4571 is @600°C: ±0.5°C. The measuring range is -80°C... +650°C and the connection cable is silicone 1500 mm.

The typical accuracy of the sensor class Sensor Cl. 1/3 DIN / Cl. 1/3 DIN is -30..+200°C: ±0.3°C. The connection cable is PFA 2000 mm and the measuring range is -40°C... +500°C.

The sensor class is Sensor Class 1/3 DIN / Cl. 1/3 DIN / WS 1.4571.
The connection cable for the cable probe (30 x 4.0 L1 x Ø mm) is PFA 3000 mm and the measuring range is 30°C... +200°C.
The connection cable for the cable sensors (50 x 3.0 L1 x Ø mm and 100 x 3.0 L1 x Ø mm) are PFA 3000 mm and the measuring range is -100°C... +200°C.

The sensor class is Sensor Class 1/3 DIN / Cl. 1/3 DIN / WS 1.4571.
The connection cable is 1500 mm silicone and the measuring range is -200°C... +450°C.

The sensor class is Sensor Class 1/10 DIN / Cl. 1/10 DIN / WS 1.4571.
The connection cable is 1500 mm silicone and the measuring range is -200°C... +450°C.

The typical accuracy of the sensor class Sensor Cl. A / Cl. A SS 316L is -20..+200°C: ±0.2°C. The measuring range is -40..+400°C and the connection cable is PVC 1500 mm.

Sump pumps are perfectly equipped for collecting seepage water in storage tanks, for pumping industrial wastewater from wells or collection tanks, for use in animal breeding and biogas plants and for removing condensates. ATEX pumps can be installed in explosive atmospheres. The pump has an open impeller made of AISI 316 stainless steel to prevent clogging by mud and other suspended small solids. The temperature of the pumped liquid is a maximum of +40 °C. The pump is also available in a version for permanent immersion in hydrocarbons (our ID EX series).

The ID 316 DERBY PRO EX is equipped for pumping liquids contaminated with hydrocarbons
and/or particularly aggressive fluids. It has an open impeller made of AISI 316 stainless steel to prevent clogging by
sludge and other small suspended solids. The maximum temperature of the pumped liquid is +40 °C. The special balanced mechanical seal is particularly robust and reliable. The pump is characterized by its high wear resistance and chemical resistance.

Horizontal surface centrifugal pumps in block construction suitable for pumping aggressive and/or hydrocarbon-containing hydrocarbons without solid particles. The pump is suitable for pumping aggressive waste water treatment and processing, seawater treatment and desalination, water treatment in the textile, tanning and metallurgical industries and in petrochemical plants.
Notes: The pump cannot be operated in dry conditions. The temperature of the pumped liquid for models L and M is min. 0 °C – max. 120 °C. The maximum flow rate is 130 l/min.
All protective devices can be selected in accordance with the operating instructions supplied with the pump and taking into account the operating conditions in accordance with the applicable installation regulations for potentially explosive atmospheres.

ATEX pumps in accordance with Directive 2014/34/EU are suitable for potentially explosive atmospheres. The DERBY EX with open cast iron impeller prevents blockages.

The ATEX pumps according to directive 2014/34/EU can be installed in potentially explosive atmospheres according to the marking below. The pumps have an open impeller made of cast iron to prevent blockages caused by sludge and other small suspended solids. The temperature of the pumped liquid is a maximum of +40 °C. These pumps can be used to extract liquids contaminated with hydrocarbons.

The ATEX pumps, according to the 2014/34/EU directive, can be installed in potentially explosive atmospheres. The 4” submersible multistage electric pumps for wells, characterized by a floating impeller system, allow the pumping of leachate and polluted liquids with small solids to be managed with ease. The impellers and diffusers are made of special technopolymer with ceramic inserts at the points subject to wear. The temperature of the pumped liquid: +40 °C maximum.

The ATEX pumps, in accordance with the 2014/34/EU directive, can be installed in potentially explosive atmospheres. The 4” submersible multistage electric pumps for wells, characterized by a floating impeller system, allow the pumping of leachate and polluted liquids with small solids to be managed with ease. The impellers and diffusers are made of special technopolymer with ceramic inserts in the points subject to wear.

The ATEX pumps, which comply with Directive 2014/34/EU, can be installed in potentially explosive atmospheres in accordance with the following marking. The pump has an open impeller made of 316 stainless steel to prevent clogging by mud and other suspended small solids. The pump casings and other components are made of 316 stainless steel. The electric pumps are manufactured with a 5 m long SK 4G1.5 electric cable. The temperature of the pumped liquid is a maximum of +40 °C.