RIEGLER Glycerine pressure gauge, triangle front ring, G 1/2, 0 - 4 bar

Price:

112.94 €

RIEGLER Glycerine pressure gauge, radial bottom, G 1/2, 0-1000 bar, Ø 100
RIEGLER Glycerine pressure gauge, radial bottom, G 1/2, 0-1000 bar, Ø 100
168.47 € 168.47 €
RIEGLER Glycerine pressure gauge, triangle front ring, G 1/4, 0 - 16 bar
RIEGLER Glycerine pressure gauge, triangle front ring, G 1/4, 0 - 16 bar
35.70 € 35.70 €

RIEGLER Glycerine pressure gauge, triangle front ring, G 1/2, 0 - 4 bar

https://www.filcom-technik.de/web/image/product.template/170268/image_1920?unique=d3442a0

Type number: 1024

112.94 € 112.94 EUR 112.94 € VAT Included

177.94 € VAT Included

 
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Riegler

Riegler

The family-owned company RIEGLER & Co. KG in Bad Urach has stood for innovative, high-quality solutions in the field of compressed air and pneumatic components for over 80 years


Product no. :

102296

EAN :

4047322012225

Weight :

1.28 kg

RIEGLER Glycerin mano made of pressed brass, for pressure measurement, G 1/2 - type 1024

The RIEGLER glycerine manometer, triangular front ring, G 1/2 eccentric, 0-4.0 bar, Ø 100 indicates the current system pressure reliably and precisely. The housing is made of pressed brass. The permissible medium temperature is between -20 °C and 60 °C. Connection thread G 1/2 - suitable for common industry standards. Reliable pressure indicator for safe system control.

Field of application

Typical areas of application: Pressure monitoring in compressed air, hydraulic and process systems.

Housing Pressed brass
Medium temperature min. -20 °C
Medium temperature max. 60 °C
Ambient temperature min. -20 °C
Ambient temperature max. 60 °C
Type 213.40
Measuring element Copper alloy
Pointer movement Copper alloy
Viewing window Acrylic glass
Measuring range min. bar 0
Measuring range max. bar 4
Diameter 100 mm
Graduation value in the bar range 0.1 bar
REACH SVHC1 Substance Name no
CAS No. SVHC 1 none CAS No.
Connection G 1/2
RoHS material information RoHS compliant
RoHS Directive 2011/65/EU, 2015/863/EU, 2018/741/EU
RoHS Article of the Directive no entry
Share of SVHC substance in % for RoHS 0
Exception no exception
REACH Info no SVHC substance contained
Share of SVHC SCIP no SVHC substance
Proportion of SVHC substance in SCIP no SVHC substance contained
Material identification none
Quality class 1
Lower / Upper measuring range limit Overpressure
Connection position rear, eccentric
Class name MAX
Process connection material Copper alloy