Vet360
N₂O Regulator - Pin Index
N₂O Regulator - Pin Index
N₂O Regulator – Pin Index
Reliable nitrous oxide regulator with 4 bar output and 138 bar max inlet. Chrome-plated brass body, ISO 407 Pin Index fitting, content gauge, and tube mounts included. Not MRI compatible.
See below for further details.
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Description
The N₂O Regulator – Pin Index from VET360 delivers precise, stable, and reliable control of nitrous oxide in medical, dental, and veterinary environments. Designed for day-to-day clinical use, it features a robust chrome-plated brass body for superior corrosion resistance and long-term durability, even under heavy workload conditions.
Engineered with an ISO 407-compliant Pin Index fitting, the regulator securely attaches to standard N₂O medical cylinders, ensuring safe installation and preventing incorrect gas connection. The regulator is factory pre-set to 4 bar output pressure, providing consistent and predictable gas flow essential for sedation, anaesthesia support, and laboratory procedures.
A high-pressure cylinder content gauge allows clinicians to check gas levels instantly, supporting efficient cylinder management and reducing the risk of unexpected supply interruptions. The unit is supplied with tube mounts for 6 mm ID high-pressure tubing and features a reliable 3/8" nut & liner outlet for secure connection to anaesthesia machines and gas delivery systems.
Designed for safety and ease of use, this regulator is not MRI compatible, making it suitable for typical clinical environments requiring controlled nitrous oxide administration.
Key Features:
Purpose-built for nitrous oxide (N₂O)
Durable, corrosion-resistant chrome-plated brass construction
ISO 407 Pin Index fitting for secure cylinder attachment
Maximum inlet pressure: 138 bar
Factory pre-set 4 bar output pressure
High-pressure cylinder content gauge for rapid gas-level checks
3/8" nut & liner outlet connection
Includes tube mounts for 6 mm ID high-pressure tubing
Not MRI compatible
Ideal For:
Veterinary surgeries using N₂O for sedation
Dental clinics requiring controlled nitrous oxide flow
Medical environments performing N₂O-based procedures
Laboratory and research facilities