STJH-AMMONIA-REMOVAL-MODULE-610X305X305

Ammonia Removal Filter 610 × 305 × 305 mm Chemisorption Module

A rigid 12-inch-deep module with a one-cubic-foot ammonia blend and 76.2 mm bed for sustained gas loading.

1.0 ft3 ammonia media
76.2 mm packed bed
299 Pa maximum at 1.27 m/s

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Introducción del producto

This 610 x 305 x 305 mm module is factory filled with an engineered Bathroom Odor & Ammonia chemisorption blend. Its 1.0 ft3 media charge forms a 76.2 mm packed bed, giving substantially more chemical inventory than the low-drop 152 mm-high alternative. The high-impact plastic body uses adhesive-free, gasket-free module interfaces and aerodynamic screens. At 1.27 m/s face velocity, pressure drop is specified not to exceed 299 Pa, so it suits systems prioritizing capacity over minimum resistance.

Características clave

Sustained ammonia capacity

The one-cubic-foot media volume and three-inch bed provide the larger reactive inventory needed for continuous restroom, healthcare or process ammonia loads.

Bypass-resistant module tracking

Flat tongue-and-groove interfaces self-align adjacent modules without adding field gasket material between every cassette.

Accessible media sampling

A removable sampling port supports checking remaining chemical capacity before committing to a full module change.

Parámetros técnicos

Dimensions	610 x 305 x 305 mm
Chemisorption Media	Bathroom Odor & Ammonia engineered blend
Media Volume	1.0 ft3 / 0.028 m3
Packed Bed Depth	76.2 mm
Maximum Pressure Drop	299 Pa at 1.27 m/s face velocity
Frame Material	High-impact polystyrene
Module Interface	Tongue-and-groove self-sealing track
Operating Temperature	-20 to 51 C
Sampling Access	Removable media sampling port
Customization	Disponible según la aplicación prevista y el entorno operativo.

Applications

For commercial, healthcare and process recirculation or exhaust systems with sustained ammonia and restroom-odor loads. The fan must accommodate the module resistance, and spent media should be changed based on sampling or downstream gas performance.

Solutions for Your Application

A low-capacity filter could require frequent replacement under continuous ammonia loading.Use the 1.0 ft3 packed-bed module where the calculated exposure and required service interval justify the greater media inventory.

The deeper chemical bed could overwhelm a lightly sized retrofit fan.Check the 299 Pa maximum at the stated face velocity and increase face area or choose the low-drop module if static pressure is limited.

Opciones disponibles

Confirm ammonia concentration, odor co-contaminants, face velocity, cassette arrangement, access side, sampling schedule, particulate prefilter and spare module plan.

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