RIEGLER 2/2-way solenoid valve, NC, pilot operated, 230 V, 50 - 60 Hz
Type number: MV 1226
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 2/2-way MV. made of brass, for industrial systems, max. 14 bar - Type MV 1226
The RIEGLER 2/2-way MV, MS, NC, 230 V, 50-60 Hz, FKM, Rp 3/8, PN 0.35-14 bar switches compressed air and media flows electrically controlled via a solenoid coil. The housing is made of brass with FKM seals. The operating pressure range is 0.35 bar to 14 bar. The permissible medium temperature is between -20 °C and 120 °C. Connection thread Rp 3/8 (Rp thread to ISO 7-1) - suitable for common industry standards. Protection class IP 65 (when using the cable plug). Fast, precise switching for automated processes.
Field of application
Typical areas of application: Automation, mechanical engineering and process technology.
| Housing | Brass |
| Sealing material | FKM |
| Protection class | IP 65 (when using the cable plug) |
| Electrical connection | ISO 4400, cable socket (Pg 11P) |
| Operating pressure min. | 0.35 bar |
| Max. operating pressure | 14 bar |
| Medium temperature min. | -20 °C |
| Medium temperature max. | 120 °C |
| Ambient temperature min. | -20 °C |
| Ambient temperature max. | 50 °C |
| Interior parts | Stainless steel |
| Valve seat | Brass |
| Thread | Rp 3/8 |
| DN | 16 |
| Thread standard | Rp thread according to ISO 7-1 |
| Design | 3 |
| Function | normally closed (NC) |
| A | 75 mm |
| B | 70 mm |
| REACH SVHC1 Substance Name | Lead |
| CAS No. SVHC 1 | 7439-92-1 |
| 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 | none |
| Class name | MAX |