Attachments

Pressure accumulatorCapacity 0.07 litresMax. 80°CInlet M14x1.5 AGPressure 15 - 200 bar

Capacity 0.21 litresMax. 85°CPressure 25 - 220 bar

Used to switch high-pressure pumps on and off. high-pressure pumps. Contact 10 A - 380 V (AC1). Thread 3/8" female thread. Setting range 30-250 bar Max. 250 bar / 90 °C

Used to switch Pumpen, domestic waterworks etc.on and off. Contact 10 A - 380 V (AC1). Thread 3/8" IG. Setting range 2-32 bar Max. 10 bar / 90 °C

Used to switch Pumpen, domestic waterworks etc.on and off. Contact 10 A - 380 V (AC1). Thread 3/8" IG. Adjustment range 0.22-4 bar Max. 10 bar / 90 °C

Regulator with Bowden cable 1,000 mm.Inlet: 3/8" AGMin. 50 bar. Max. 500 bar / 75°C

ST-5Float without hole.Vertical installation.Cable 1,200 mm.Contact 1 A - 250 V.0.3 l on. 0.17 l off.Max. 350 bar / 30 l/min / 80 °C.Inlet 3/8 "IGOutlet 3/8 "IG

High-Flow

Float with holeVertical installationCable 1,200 mmContact 1 A - 250 V3.4 l on. 2.9 l offMax. 350 bar / 30 l/min / 80°CInlet 3/8" female threadOutlet 3/8" female thread

Independent of position

New number after use *200505711

3/8" AG : 3/8" AG. Installation independent of position. Cable 1,200 mm. Contact 1 A - 250 V. 1.8 l on. 1.4 litres off. Max. 310 bar / 30 l/min / 80 °C

Used to switch high-pressure pumps on and off. high-pressure pumps. 1/4" MALE THREAD. Protection class IP65. Cable 1200 mm. 10 A. 250 V. Inrush current 20 A (NC contact) and 15 A (NO contact). Max. 350 bar / 45 l/min / 80 °C Switching points: at 1.5 l/min on. 0.8 l/min off This is a completely newly developed version of the flow monitor with a completely new operating principle. Instead of the usual highly sensitive REED-contacts with low switching capacity, a robust, industrial micro-switch is used here. This makes it possible to switch significantly higher electrical power switching with a longer service life. The electrical and water-hydraulic components of the flow monitor are completely separated from each other. The design of the flow monitor means that the electrical components can be independently of the hydraulic components in series production. components in series production. When the chassis and control box are joined together, the two parts of the flow parts of the flow monitor are joined together again. Due to the design, small switching points can be realised despite large maximum water volumes can be realised.

Used to switch high-pressure pumps on and off. high-pressure pumps. 1/4" MALE THREAD. Protection class IP65. Cable 1200 mm. 10 A. 250 V. Inrush current 20 A (normally closed contact) and 15 A (normally open contact). Max. 350 bar / 45 l/min / 80 °C Switching points: at 4.9 l/min on. 3.5 l/min off This is a completely newly developed version of the flow monitor with a completely new operating principle. Instead of the usual highly sensitive REED-contacts with low switching capacity, a robust, industrial micro-switch is used here. This makes it possible to switch significantly higher electrical power switching with a longer service life. The electrical and water-hydraulic components of the flow monitor are completely separated from each other. The design of the flow monitor means that the electrical components can be independently of the hydraulic components in series production. components in series production. When the chassis and control box are joined together, the two parts of the flow parts of the flow monitor are joined together again. Due to the design, small switching points can be realised despite large maximum water volumes can be realised.

Housing with large connection compartmentProtection class IP55