PRODUCTS

Automated Battery Burst Pressure Tester

APP Automated Battery Burst Pressure Test System (ABBPTS) determines the exact pressure at which battery casings fail within a pressure range of atmospheric to 5000 PSI (pneumatic system) and atmospheric to 60,000 PSI (hydraulic system). Using either the vent release test or crimp release test, the ABBPTS is able to pinpoint the precise pressure when the vent leaks or the battery crimp bursts.

Automated Hydraulic Pressure Control System

The PMI Automated Pressure Control System with encoder provides precise pressure generation and control from atmospheric pressure upto 2000 PSI. The APCS is completely microprocessor controlled and fully automated. The system allows user to define multiple target pressures, holding times, and pressurization rates. The APCS can be incorporated into an already existing larger system, or operate independently.

Automated Pressure Regulator

The APP Automated Pressure Regulator (APR) is a standard manual pressure regulator modified so that pressure output can be controlled by computer or other electronic means. APP does not manufacture pressure regulators in-house; APP automates regulators purchased by APP at a customer's request, or directly provided by a customer. The regulators that APP automates generally feature a wide pressure range from full vacuum to over 10,000 PSI. After automation, the regulators can move from lowest to highest pressure in approximately 30 seconds (depending on gearing and range of the regulator).

Automated Valves

APP Automated Valves are standard manual hand-turned valves modified so that they can be controlled by computer or other electronic means. These automated valves are compact, electrically operated, and have either torque adjustments or position limits. APP Automated Valves can be used in pneumatic or hydraulic systems. APP automates valves of various types, configurations, and sizes - almost any valve that can be turned by hand can be automated. Valves that can be automated by APP are either on-off (shutoff) or metering (flow control). Standard configurations that are automated include two-way, two-way angle, and three-way; typical port sizes range from ¼" to 1". An APP Automated Valve is driven by a 24 vdc electrical motor controlled by one of a number of APP valve controllers - examples include remote valves, servo valves, and multiple valve controllers. An electrical feedback mechanism monitors the position of a valve.

Automated Gas Assisted Injection Molding System

The APP Automated Gas Assisted Injection Molding System (AGAIMS) provides precise pressure generation and control from atmospheric pressure to 3,000 PSI (pneumatic system). The AGAIMS assists the injection molding process by inputting the desired amount of pressure into the mold at the optimal time, thereby ensuring that the part being molded forms appropriately.

Computer Controlled Automated Pressure Regulator

The Computer Controlled Automated Pressure Regulator (Model APP-100APR) is designed to provide accurate control of gas pressures and compliment APP's line of automated valves and pressure control systems. This regulator is designed for laboratory, pilot plant, and process control applications. For a more complete description of this product.

Automated Pressure Control System

The APP Automated Pressure Control System (APCS) provides precise pressure generation and control from atmospheric pressure to 5000 PSI (pneumatic system) and to 60,000 PSI (hydraulic system). The APCS is completely microprocessor controlled and fully automated - the system allows user-defined multiple target pressures, holding times, and pressurization rates. The APCS can be incorporated into an already existing larger system, or operate independently.

Automated Pressure Gauge Calibration System

The APP Automated Pressure Gauge Calibration System (APGCS) tests the linearity of analog pressure gauges from atmospheric pressure to 60,000 PSI. Highly accurate master gauges ensure precise calibration of up to nine slave gauges per iteration. The APGCS also allows fatigue testing of the gauges. The APGCS results in less down time and fewer overall costs.

Cyclic Pressure Control System

The APP Cyclic Pressure Control System (CPCS) generates cyclic pressure at user-defined intervals and minimum and maximum pressures from atmospheric pressure to 20 PSI (pneumatic system) and to 60,000 PSI (hydraulic system). The CPCS is completely microprocessor controlled and fully automated.

Automated Pressure Holding System

The APP Automated Pressure Holding Tester (APHT) generates and holds a target pressure from atmospheric pressure to 5000 PSI (pneumatic system) and to 60,000 PSI (hydraulic system). The system is completely microprocessor controlled and fully automated, allowing the user to control the pressurization rate, target pressure, and holding time.

Enhanced Automated Pressure Control

The APP Enhanced Automated Pressure Control System (EAPCS) is designed to provide fast, precise pressure generation and control. From atmospheric pressure to 60,000 PSI, the EAPCS generates large volume, high pressure outputs in significantly reduced time. The EAPCS is microprocessor controlled and fully automated, thereby allowing user-defined multiple target pressures, holding times, and pressurization rates.

Automated Pressure Leak Tester

The APP Automated Pressure Leak Tester (APLT) evaluates system leakage and leakage rate. To do this evaluation, the APLT reaches and holds a user-determined target pressure for a specified length of time. Throughout and at the conclusion of the holding period, system pressure and motor speed are monitored and recorded.