RIEGLER Capsule pressure gauge, radial bottom, G 1/4, -160 / 0 mbar, Ø 63
Type number: 5801
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
RIEGLER Capsule pressure gauge made of steel, for pressure measurement, G 1/4 - Type 5801
The RIEGLER capsule pressure gauge, G 1/4 radial bottom, -160 / 0 mbar, Ø 63 measures low pressures precisely using the capsule measuring principle. The housing is made of steel. The permissible medium temperature is between -20 °C and 100 °C. G 1/4 connection thread - suitable for common industry standards. High-precision measurement in the low-pressure range.
Field of application
Typical applications: Fine pressure and differential pressure measurements.
| Housing | Steel |
| Medium temperature min. | -20 °C |
| Medium temperature max. | 100 °C |
| Ambient temperature min. | -20 °C |
| Ambient temperature max. | 60 °C |
| Area of application | for gaseous, dry and non-aggressive media |
| Type | 611.10 |
| Measuring element | Copper alloy |
| Pointer movement | Copper alloy |
| Viewing window | PMMA |
| Diameter | 63 mm |
| Execution | Capsule pressure gauge |
| REACH SVHC1 Substance Name | Lead |
| CAS No. SVHC 1 | 7439-92-1 |
| Connection | G 1/4 |
| 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 |
| Graduation value in the mbar range | 5 mbar |
| Proportion of SVHC substance in SCIP | >= 0.1 % in w/w |
| Material identification | CW614N |
| Quality class | 45444 |
| Lower / Upper measuring range limit | Vacuum |
| Measuring range min. mbar | -160 |
| Measuring range max. mbar | 0 |
| Connection position | radial bottom |
| Class name | MAX |
| Process connection material | Copper alloy |