RS PRO Piston Inline Flow Switch for Liquid, 0.1 L/min Min, 0.6 L/min Max

Nº de Estoque RS: 510-0565Marca: RS PRO
brand-logo
Ver tudo em Flow Sensors

Documentos Técnicos

Especificações

Brand

RS Pro

Media Monitored

Liquid

Device Type

Piston Inline

Minimum Flow Rate

0.1 L/min

Maximum Flow Rate

0.6 L/min

Supply Voltage

200 V ac

Pipe Diameter Range

1/4 in

Connection Type

1/4 BSP

Maximum Pressure

300bar

Material

Brass

Maximum Media Temperature

+100°C

Maximum Operating Temperature

+120°C

Current Rating

1 A

País de Origem

Germany

Detalhes do produto

Piston Flow Switch

Monitoring of low flow rates of liquids. A piston equipped with a magnet is displaced by the flow, this action is proportional to the flow rate against a supporting spring. A reed switch on the outside is positioned at the desired point within the control range. A signal is generated when the actual flow rate value is above or below the set value.

Informações de estoque temporariamente indisponíveis.

R$ 6.076,13

R$ 6.076,13 Each (Sem VAT)

RS PRO Piston Inline Flow Switch for Liquid, 0.1 L/min Min, 0.6 L/min Max

R$ 6.076,13

R$ 6.076,13 Each (Sem VAT)

RS PRO Piston Inline Flow Switch for Liquid, 0.1 L/min Min, 0.6 L/min Max
Informações de estoque temporariamente indisponíveis.

Informações de estoque temporariamente indisponíveis.

Verifique novamente mais tarde.

Documentos Técnicos

Especificações

Brand

RS Pro

Media Monitored

Liquid

Device Type

Piston Inline

Minimum Flow Rate

0.1 L/min

Maximum Flow Rate

0.6 L/min

Supply Voltage

200 V ac

Pipe Diameter Range

1/4 in

Connection Type

1/4 BSP

Maximum Pressure

300bar

Material

Brass

Maximum Media Temperature

+100°C

Maximum Operating Temperature

+120°C

Current Rating

1 A

País de Origem

Germany

Detalhes do produto

Piston Flow Switch

Monitoring of low flow rates of liquids. A piston equipped with a magnet is displaced by the flow, this action is proportional to the flow rate against a supporting spring. A reed switch on the outside is positioned at the desired point within the control range. A signal is generated when the actual flow rate value is above or below the set value.