EBW and EFI detonators were originally developed for use in military applications. They need a very fast rising, high-current pulse for successful initiation, such as the output provided by the Ecosse PX-1. Radios stay on; communication links are unbroken; helicopter flights continue; construction work is uninterrupted; production is unaffected; the use of sensitive primary explosives is avoided. All of these advantages are available with the PX-1 fireset from Ecosse. stray DC voltages from -600VDC to +150VDC, AC voltages at 600V rms from 40Hz through 20kHz, RF testing LPS1131 1.1 – Requirements and testing Methods for pumps for automatic sprinkler installation pump sets

from 260kHz at 50V/m, electrostatic discharges, and severe direct lightning strikes to the wireline The primary application for this instrument is to supply a timing pulse upon detection of a flash. It has been used with a wide array of flash-producing items, including the following: Small arms, from pistols through small-bore rifles, minigun, and heavier caliber machine guns. Larger caliber tank guns and cannons. Various sizes of mortars. Shoulder-launched weapons. Explosives and flash-bang grenades.

High Hazard Fire Set

Typical high hazard applications are storage and distribution facilities, areas where chemicals exist and high rise buildings over 45m. Benefits Extensive range of end-suction pumps available to suit requirements for fully hydraulically calculated systems giving a wider range to suit individual selection requirements.

The input charge to the Firing Module must be between 32 and 40 volts. This low voltage input is applied to the input connector which charges a one microfarad capacitor. When this capacitor reaches 4000 volts, the Firing Module is ready to be fired. Triggering of the triggered spark gap occurs by applying a 30 volt pulse to the input connector. This discharges the one microfarad capacitor into the yellow terminals which, if properly connected, will fire the EBW detonator. Detonation will occur in less than 10 microseconds from the time that the 30 volt pulse is applied. EFls are more difficult to initiate than EBWs, and they are typically 2-4 times more expensive. However, they use high-temperature explosives such as HNS, which means they can be used at higher temperatures than EBWs. All components within the pumps are independently approved and tested ensuring the product meets the expected high quality. Please note an 8 hour double-walled fuel tank is as per the requirements in Factory Mutual Datasheets. Within NFPA20 a single-walled fuel tank sized to 5.07 litres per kW is acceptable, which is also available upon request. What standards is this equipment approved / compliant to? allow it to fit in virtually every gun system in use today, including pressure housings with an OD of 1-3/8”.Convenient & Cost Effective - The PX-1 EBW fireset allows normal oilfield operation to continue while Pumps can be produced in higher grade materials for specific pumped liquids ensuring reduction of corrosion damage and increasing longevity of the product.

Diesel pumpset (including pump-end, FM/UL approved diesel engine, 8 hour double-walled fuel tank*, 12v lead acid batteries, LCD colour display controller, suction and discharge pressure gauges and air release valve all on a single skid) Typically: large schools and offices, hospitals, hotels, restaurants, libraries, dairies, cement works, sheet metal producers and abattoirs.

The purpose of the FS-43 Firing Module is to provide a significant amount of flexibility to this EBW detonator firing system. Since the firing pulse to function the EBW detonator must be applied at the proper rate of rise, or frequency, the firing module must be placed relatively close to the detonator. By being able to separate the Firing Module from the control unit, the operator can perform the detonation at extended distances as required by the size and characteristics of the main explosive charge. Uses - Provides for safe operation of all Explosive Services including Perforating, Pipe Recovery, Setting standards that exceed any practical level of threat that might exist in the oilfield environment, including