RIEGLER Glycerine pressure gauge, triangle front ring, G 1/2, 0 - 6 bar

Price:

93.59 €

RIEGLER Glycerine pressure gauge, triangle front ring, G 1/2, 0 - 60 bar
RIEGLER Glycerine pressure gauge, triangle front ring, G 1/2, 0 - 60 bar
106.64 € 106.64 €
RIEGLER Glycerine pressure gauge, triangle front ring, G 1/2, -1 / 0 bar
RIEGLER Glycerine pressure gauge, triangle front ring, G 1/2, -1 / 0 bar
93.59 € 93.59 €

RIEGLER Glycerine pressure gauge, triangle front ring, G 1/2, 0 - 6 bar

https://www.filcom-technik.de/web/image/product.template/170269/image_1920?unique=2c4e491

Type number: 1025

EAN: 4047322012232

93.59 € 93.59 EUR 93.59 € VAT Included

163.85 € VAT Included


  • Brand

This combination does not exist.

from 110 € free shipping Details shipping costs

Riegler

Riegler

RIEGLER & Co. KG in Bad Urach is a respected company known for its innovative approaches, top-notch product quality, and dedicated customer service. For over 80 years, this family-owned business has evolved into a leading provider of components for compressed air and pneumatics, as well as customized system solutions.


Product no. :

102297

EAN :

4047322012232

Weight :

1.32 kg

Glycerin mano. with bracket fitting and triangular front ring, eccentric rear connection, G 1/2, grade 1.0, measuring range 0 - 6.0 bar, Ø 100

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 6
Diameter 100 mm
Graduation value in the bar range 0.1 bar
REACH SVHC1 Substance Name Lead
CAS No. SVHC 1 7439-92-1
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 Article 4, paragraph 1, Annex 3
Share of SVHC substance in % for RoHS 0.04
Exception 6c
REACH Info contains SVHC substance
Share of SVHC SCIP >= 1.0% w/w and < 10.0% w/w
Proportion of SVHC substance in SCIP >= 0.1 % in w/w
Material identification CW614N
Quality class 1
Lower / Upper measuring range limit Overpressure
Connection position rear, eccentric
Class name MAX
Process connection material Copper alloy