Pneumercator 6-Channel Analog Output Card for TMS2000 - (SKU: 900497-1) is an OEM plug-in expansion card that provides six analog output channels for direct connection to PLCs, building management systems, or analog input monitoring devices. Each channel is fully programmable by tank number and data type, including product volume, level, water volume, or temperature.

Versatile Output Modes: Field-selectable output ranges include non-isolated 4-20 mA, 0-20 mA, 0-24 mA current loops, and voltage outputs (0-5 V, 1-5 V, 0-10 V) can be configured using external resistors. Channels may be individually assigned to display real-time tank data for integration and remote control.

High Accuracy and Ease of Use: The card delivers 15-bit resolution and better than ±0.05% full-scale accuracy, with no calibration required. Loop fault detection is built in for reliability, and the card installs in one I/O Expansion Slot of TMS2000, TMS2000W, TMS2000A1, or TMS2000A2 consoles.

Industrial-Grade Construction: Operating temperature range of -40 ºF to +175 ºF ensures reliable data output in harsh environments. Designed for easy field installation and maintenance by site technicians.

Applications: Use to stream analog tank data to external control panels, remote monitoring software, process controllers, or facility management integrations. Suitable for petroleum, chemical, and generator sites seeking direct analog data transfer from console to controller.

Specifications: Manufacturer – Pneumercator; Part Number – 900497-1; Output Channels – 6 programmable; DC Output Modes – 4-20 mA, 0-20 mA, 0-24 mA, 0-5 V, 1-5 V, 0-10 V (external resistor); Resolution – 15-bit; Accuracy – ±0.05% full scale; Max Wire Gauge – 20 AWG; Operating Temp – -40 ºF to +175 ºF; Uses one I/O Expansion Slot; Compatible with – TMS2000, TMS2000W, TMS2000A1, TMS2000A2.

Summary: The Pneumercator 6-Channel Analog Output Card (SKU: 900497-1) delivers safe, continuous, high-accuracy tank data to external systems. Ideal for advanced monitoring, automation, and facility integration needs in critical fuel management environments.