RIEGLER Closing nipple locking on both sides, 1.4305, G 3/4 IT, I.D. 13

Price:

155.03 €

RIEGLER Closing nipple locking on both sides, 1.4305, G 1/8 IT, I.D. 4.3
RIEGLER Closing nipple locking on both sides, 1.4305, G 1/8 IT, I.D. 4.3
33.07 € 33.07 €
RIEGLER Closing nipple locking on both sides, 1.4305, G 3/8 IT, I.D. 7.5
RIEGLER Closing nipple locking on both sides, 1.4305, G 3/8 IT, I.D. 7.5
51.88 € 51.88 €

RIEGLER Closing nipple locking on both sides, 1.4305, G 3/4 IT, I.D. 13

https://www.filcom-technik.de/web/image/product.template/191613/image_1920?unique=17a1529

Type number: 246.65

155.03 € 155.03 EUR 155.03 € VAT Included

178.46 € VAT Included

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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. :

107712

EAN :

4047322061513

Category :

Hydraulic Couplings

Weight :

0.23 kg

Closing nipple locking on both sides, Stainless steel 1.4305, G 3/4 IT, I.D. 13, Operating pressure max. 160 bar

Housing Stainless steel 1.4305
Sealing material FKM
Flow rate measurement at 6 bar and Î"<sub>p </sub>= 0.5 bar
Max. operating pressure 160 bar
Medium temperature min. -15 °C
Medium temperature max. 200 °C
Ambient temperature min. -15 °C
Ambient temperature max. 200 °C
Ball Stainless steel 1.4401
Spring Stainless steel 1.4310
Sleeve Stainless steel 1.4305
Valve Stainless steel 1.4305
Operating pressure Based on 50 °C medium temperature (static operating pressure)
Flow rate (air) 4500 l/min
SW 36 mm
NW 13
Length 60 mm
REACH SVHC1 Substance Name no
CAS No. SVHC 1 none CAS No.
Connection G 3/4 IG
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