NH Auto Switchover Gas Ammoniators
SUPERIOR Automatic Switchover Ammoniator Series NH
Direct Cylinder Mounted - All Vacuum
The SUPERIORTM Series NH Modular Automatic Switchover Gas Ammoniator is a state-of-the-art, vacuum-operated, solution feed type designed to automatically switch ammonia feed from an empty cylinder to a full cylinder. The Series NH allows round-the-clock ammoniation without being concerned about running out of ammonia when the system is unattended. Series NH ammoniators are of the vacuum-operated solution feed type designed to mount directly on ammonia cylinder valves. A vacuum-operated switchover module is mounted on the wall and connected to both vacuum regulators. An ammonia gas flow meter panel indicates the amount of ammonia being fed and may be located wherever it is safest and most convenient. Ammonia flow rate is manually adjusted and the design permits easy addition of a number of automatic flow rate control devices. A high efficiency, water operated ejector produces the vacuum necessary to operate the system. The ejector assembly contains a back-flow check valve system to prevent pressurized water from entering the ammoniator. A spring-opposed diaphragm vacuum regulator controls the ammonia gas flow rate and also acts as the safety shut-off valve.
Direct Cylinder Mounted - All Vacuum
The SUPERIORTM Series NH Modular Automatic Switchover Gas Ammoniator is a state-of-the-art, vacuum-operated, solution feed type designed to automatically switch ammonia feed from an empty cylinder to a full cylinder. The Series NH allows round-the-clock ammoniation without being concerned about running out of ammonia when the system is unattended. Series NH ammoniators are of the vacuum-operated solution feed type designed to mount directly on ammonia cylinder valves. A vacuum-operated switchover module is mounted on the wall and connected to both vacuum regulators. An ammonia gas flow meter panel indicates the amount of ammonia being fed and may be located wherever it is safest and most convenient. Ammonia flow rate is manually adjusted and the design permits easy addition of a number of automatic flow rate control devices. A high efficiency, water operated ejector produces the vacuum necessary to operate the system. The ejector assembly contains a back-flow check valve system to prevent pressurized water from entering the ammoniator. A spring-opposed diaphragm vacuum regulator controls the ammonia gas flow rate and also acts as the safety shut-off valve.
