Crouzet 81 series 8 bar Pneumatic Memory Module with Memory Element function

RS Stock No.: 655-6852Brand: CrouzetManufacturers Part No.: 81523205
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Technical Document

Specifications

Brand

Crouzet

Product Type

Pneumatic Memory Module

Logic Function

Memory Element

Series

81

Minimum Operating Pressure

2bar

Hazardous Area Certification

ATEX

Maximum Operating Pressure

8 bar

Minimum Operating Temperature

-5°C

Maximum Operating Temperature

50°C

Width

9 mm

Standards/Approvals

Directive 94/9/EC

Connection Type

On Sub-Base

Country of Origin

France

Product details

Memory relay with pressure indicator

Operating principle: The appearance of the "X1" pressure signal causes the valve to move. The "x" output is pressurised. This status is stored in memory until the "X0" pressure signal is received. This pressure
signal causes the valve to move in the reverse direction. The "x" output is pressurised. This status is also saved in memory.
- the "x" pressure output indicates that the information saved in memory is "X1",
- the "x" pressure output indicates that the information saved in memory is "X0".

Stock information temporarily unavailable.

€ 269.00

€ 269.00 Each (Exc. Vat)

€ 333.56

€ 333.56 Each (inc. VAT)

Crouzet 81 series 8 bar Pneumatic Memory Module with Memory Element function

€ 269.00

€ 269.00 Each (Exc. Vat)

€ 333.56

€ 333.56 Each (inc. VAT)

Crouzet 81 series 8 bar Pneumatic Memory Module with Memory Element function

Stock information temporarily unavailable.

Technical Document

Specifications

Brand

Crouzet

Product Type

Pneumatic Memory Module

Logic Function

Memory Element

Series

81

Minimum Operating Pressure

2bar

Hazardous Area Certification

ATEX

Maximum Operating Pressure

8 bar

Minimum Operating Temperature

-5°C

Maximum Operating Temperature

50°C

Width

9 mm

Standards/Approvals

Directive 94/9/EC

Connection Type

On Sub-Base

Country of Origin

France

Product details

Memory relay with pressure indicator

Operating principle: The appearance of the "X1" pressure signal causes the valve to move. The "x" output is pressurised. This status is stored in memory until the "X0" pressure signal is received. This pressure
signal causes the valve to move in the reverse direction. The "x" output is pressurised. This status is also saved in memory.
- the "x" pressure output indicates that the information saved in memory is "X1",
- the "x" pressure output indicates that the information saved in memory is "X0".