Features

• calibration range
• pressure for valve 1" 1/4 (cod. 5100200009) - 1" 1/2 (cod.5100200010)- 2"(cod.5100200011) (from 0.3 bar to 1.5 bar)
• temperature from -15°C to + 60° C

cod. 5100200011: MEC II 9000 - 11000 - 13500 / STAR 60 - 72 - 84 / BALLAST 9000-11000-13500-16000/ FAN / KPS/ AIDA II/ AIDA 30000
cod. 5100200010: 1”1/2 (MEC 5000-6500-8000/ BALLAST 3500-4500-6000-7500 / BALLAST 3500 - 4500 - 6000 - 7500)
cod. 5100200009: 1”1/4 (MEC 1000-1600-2000 - 3000 - 4000)
cod. 5100200032: KTS 1080

Features

Operating conditions: vacuum = -0.3 bar / -0.8 bar; temperature = -15°C / +80°C

cod. 5100200011: MEC II 9000 - 11000 - 13500 / STAR 60 - 72 - 84 / BALLAST 9000-11000-13500-16000/ FAN / KPS/ AIDA II/ AIDA 30000
cod. 5100200010: 1”1/2 (MEC 5000-6500-8000/ BALLAST 3500-4500-6000-7500 / BALLAST 3500 - 4500 - 6000 - 7500)
cod. 5100200009: 1”1/4 (MEC 1000-1600-2000 - 3000 - 4000)
cod. 5100200032: KTS 1080

Primary valves are designed to be welded on top of the vacuum truck tank, at the point where the vacuum/pressure line begins. They feature an integrated overflow system with a stainless steel float ball. When the tank reaches the maximum fill level, the valve prevents liquid from entering the vacuum line and reaching the pump.

Additionally, they are equipped with the following accessories: removable cover, threaded coupling for pressure relief/vacuum adjustment valve, pressure gauges, ventilation system, and cyclone valve discharge.

Primary valves are designed to be welded on top of the vacuum truck tank, at the point where the vacuum/pressure line begins. They feature an integrated overflow system with a stainless steel float ball. When the tank reaches the maximum fill level, the valve prevents liquid from entering the vacuum line and reaching the pump.

Additionally, they are equipped with the following accessories: removable cover, threaded coupling for pressure relief/vacuum adjustment valve, pressure gauges, ventilation system, and cyclone valve discharge.

Cyclone valves are designed to be installed in the vacuum/pressure line between the pump and the tank.

Cyclone valves prevent external liquid or solid parts that could bypass the primary valves from entering the pump.

The cyclone consists of a vertical cylinder with a conical bottom. The flow enters the separator body tangentially through the inlet; the mixture of solids and liquids begins to spin, and the denser materials are separated from the fluid due to this descending flow, as a result of centrifugal force, and can be collected in the lower compartment. As the mixture descends along the cone, a "vortex effect" is created at the center. This process generates a vortex in the center of the cone through which the lighter flow rises.

Cyclone valves are designed to be installed in the vacuum/pressure line between the pump and the tank.

Cyclone valves prevent external liquid or solid parts that could bypass the primary valves from entering the pump.

The cyclone consists of a vertical cylinder with a conical bottom. The flow enters the separator body tangentially through the inlet; the mixture of solids and liquids begins to spin, and the denser materials are separated from the fluid due to this descending flow, as a result of centrifugal force, and can be collected in the lower compartment. As the mixture descends along the cone, a "vortex effect" is created at the center. This process generates a vortex in the center of the cone through which the lighter flow rises.

The Battioni Pagani silencer is designed to reduce noise generated by energy pulses at the inlet and outlet of the vacuum pump and must be installed at the discharge line and the suction line. The silencer is designed for air conveyance.

The Battioni Pagani silencer is designed to reduce noise generated by energy pulses at the inlet and outlet of the vacuum pump and must be installed at the discharge line and the suction line. The silencer is designed for air conveyance.