NO pressure regulator PM0135E
medicallaboratoryadjustable-flow

NO pressure regulator
NO pressure regulator
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Characteristics

Fluid type
NO
Applications
medical, laboratory
Features
adjustable-flow, high-pressure
Flow

Min.: 0.1 l/min
(0.03 us gal/min)

Max.: 15 l/min
(3.96 us gal/min)

Inlet pressure

200 bar
(2,900.8 psi)

Output pressure

4.2 bar
(60.9 psi)

Height

70 mm
(2.8 in)

Weight

500 g
(17.6 oz)

Width

75 mm
(3 in)

Depth

135 mm
(5.3 in)

Description

preset working pressure and orifice for adjusting the outlet flow with high pressure gauge to display the cylinder pressure optional fine adjustment valve at outlet intended for clinical usage The NO reducing valve is a preset piston pressure reducing valve for use with medical gas mixtures using nitrogen as the carrier gas and containing small amounts of nitric oxide (NO) for therapeutic applications. The working pressure of the NO reducing valve is preset according to the customer specification. The outlet of the NO reducing valve has an orifice for precise adjustment of the gas flow. The gas flow can be further controlled with an optional fine adjustment valve. This function can also be achieved using an additional internal flow regulator in the gas-consuming equipment. The NO reducing valve is fitted with a high pressure gauge to display the cylinder pressure. It has a pressure relief valve that discharges radially. All metal parts of the NO reducing valve that come into contact with gas are stainless steel (INOX). The NO reducing valve should only be installed by qualified technical personnel who are aware of the dangers and risks associated with the use of the gas mixture. The NO reducing valve is certified based on norm EN ISO 10524-1. CE marking according to the Guideline for Medical Products 93/42/EEC.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.