The System 200 is an expanded feature model of the HyperLogger™ portable data logging system. The System 200 consists of a HyperLogger™ and an RPS-1 Rechargeable Power Supply housed in a NEMA 4x rated enclosure. The System 200 was designed to meet the needs of remote data logging applications where power is unavailable for excitation of sensors and transmitters. Additionally, the System 200 is ideal for data collection installations at unattended sites with no available grid power. The System 200 batteries are readily recharged via photovoltaic, wind or other power sources through the integral charging circuitry. The RPS-1 provides two programmable voltage, current limited, regulated power supply outputs for sensor excitation, alarm output power, and/or other applications.

Housed in a lockable, NEMA 4X enclosure, the System 200 is designed for portable, plant floor, and long-term outdoor remote data collection applications. A large wiring compartment is provided for I/O wiring routing to connections. Wiring access holes are provided in the base with gland type, liquid tight fittings. Batteries are door mounted for easy access. Wall mounting tabs and full installation and operation instructions are included.

A typical ready-to-deploy System 200 consists of a powerful HyperLogger™ Portable Data Logging System Base, an assortment of User specified standard HyperLogger™ plug-in Interface Modules, the HyperWareT WindowsT based software, and any additional User specified accessories such as modems, PCMCIA transportable memory cards and more. Full details on the HyperLogger™, HyperWareT, Interface Modules, and other accessories are available on their respective pages.

Integral to the System 200 is the RPS-1 Rechargeable Power Supply. Two User programmable power supply outputs are available which can source seven different regulated voltage levels for sensor excitation and/or transmitter loop power from the RPS rechargeable gel-cells. In addition to the outputs, a control line is provided to cycle the outputs on and off under HyperLogger™ software control... thereby maximizing battery life.

Charging circuitry is included in the RPS-1 which keeps the two included gel-cell batteries charged when an AC, DC, photovoltaic, wind or other energy source is supplied to the RPS. Full details on the RPS function and specifications are available on the RPS-1 page.