10 products found
IEP Technologies, LLC - HOERBIGER Safety Solutions Products
-
Components - Control Units
-
IEP - Control Units
A control unit is microprocessor-based and has both control and verification functions. It is comprised of control and battery charging circuits, a power supply and front panel which includes control and indication functions visible through a scratch-resistant window. The unit is packaged in an enclosure which is designed to provide superior dust contamination and weather resistance. Terminal access has been carefully designed for ease of ...
-
Components - Detection
-
Dynamic - Model SmartDS - Detection System
Dynamic measuring cells in the detector sense changes in pressure. Once pre-programmed pressure values are exceeded, the detector reacts within microseconds to raise an alarm. The MEX Detector has up to two ceramic sensors within a single, solid housing. This is the only detector with algorithmic-based output and decision-making logic based on full-scale explosion tests, expert knowledge and application experience. The output and decision logic provides ...
-
IEP - Static Pressure Detectors
Static pressure detectors are used in stable processes that only have one threshold (at which point the detector is activated). The detector is field-adjustable as well as FM approved. These detectors are typically mounted in pairs with vibration isolation standoffs to minimize the risk of false alarms due to operator errors. Static pressure detectors are dependable, reliable and have a proven track ...
-
IEP - Infrared and Ultraviolet Infrared Detectors
Optical detectors include infrared (“IR”) and ultraviolet infrared (“UV-IR”) detectors which are integrated in explosion prevention systems for specific applications. The IR detector is typically used in interconnected duct work for dust-handling systems. The UV-IR detector is used in combustible gas or vapor protection systems such as aerosol fill rooms and chemical storage ...
-
Components - Suppressors
-
PistonFire - Model II - Suppressor
The PistonFire suppressor consists of a pressurized suppressant storage cylinder and a valve body that contains a dust-ignition proof, weatherproof National Electrical Manufacture’s Association (“NEMA”) enclosure. The NEMA enclosure houses the actuating mechanism, pressure switch, pressure gauge, fill valve, OSHA supervisory switch, and field wiring connections. The NEMA enclosure is completely sealed via screw cover and an ...
-
IEP - Model E-HRD - Suppressor
The E-HRD suppressor is designed for installation on all types of vessels, ducts and pipes for dusts, gases and hybrid mixtures. The suppressor valve is closed with a domed disc and sealing ring and then pressurized with nitrogen. Beneath the domed disc are the actuation devices, comprising a detonator and line-cutting charge. Within approximately 1.5 milliseconds the line-cutting charge cuts a grooved hole approximately 300 degrees around the domed disc. ...
-
IEP - Model HRD - Spherical Dry Chemical Extinguisher
The HRD dry chemical extinguisher is designed to discharge suppressant in milliseconds to quench an incipient explosion within a process vessel or to block the propagation of flame through interconnected ductwork. It is a spherical refillable container constructed of a high strength steel alloy. It consists of a storage container, fill valve, burst disc valve assembly, safety plate, 30-inch long actuator cable and an explosive triggered actuator. A ...
-
Components - Isolation Devices
-
IEP - High Speed Isolation Valve
The High-Speed Isolation Valve provides a solution for vital explosion isolation applications. It operates in milliseconds to provide a mechanical barrier within a pipeline. The High-Speed Isolation Valve has a stainless-steel body incorporating a full ported stainless-steel valve gate. The valve is designed to withstand a 150 Psi pressure wave from a deflagration without deformation. Closure is achieved in milliseconds by rapidly discharging nitrogen ...
-
IsoFlap - Passive Isolation Valve
For process equipment mounted outside or close to an outside wall, explosion relief venting is a viable protection method. However, in order to protect the upstream equipment, it is vital that the protection method includes a means to mitigate propagation of flame and burning materials back upstream. This can be achieved by either using an active isolation system (chemical or mechanical), or by using a passive isolation valve. The passive explosion ...
-
Components - Vents & Flameless Vents
-
IEP - Flameless Explosion Vents
Many process vessels are located inside a building or another area where standard explosion venting cannot safely be employed. For these applications, flameless explosion vents may be a the best protection solution. The flameless vent consists of a venting device with an integrated flame arrester. When an explosion occurs, the venting device opens and directs the vented explosion through the flame arrester, where gases are cooled as they pass through the ...