Electromagnetic Flow Meter

OleumTech's H Series Electromagnetic Flow Meter, bi-directional flow measurement is independent of fluid density, viscosity, temperature, pressure, and conductivity. Provides best-in-class seamless PTFE lining material, with two measuring points inside the meter with no moving parts to eliminate pressure drop.

OTC Wireless High Level Switch Transmitter

The OleumTech® “HL1” High Level Switch Transmitter provides two actuation points for detecting high and high-high liquid level conditions. The transmitter can also report transition counts. This device reports to the Gateway every five minutes. This ultra-low-power transmitter is powered by a replaceable battery pack that provides up to a 10-year life. The push button LCD interface allows for device configuration and instant access to process data.

Wireless High Level Switch Transmitter

OleumTech's “HL2” High Level Switch Transmitter is a side tank mounting solution for detecting high liquid level conditions. The HL2 Transmitter can also report transition counts. The HL2 utilizes on-delay exception reporting method and users can set the debounce filter ranging from 20 ms to 2000 ms to control just when the high level detection occurs.

Analog Pressure (JP4) Transmitter

The JP4 is designed for connecting up to four 0-5 VDC analog pressure sensors and providing high resolution 24-bit analog to digital conversion (ADC). The Transmitter provides up to 9.5 VDC to each analog output source. The Transmitter relies on power from a replaceable battery. The system is engineered to achieve maximum battery life, providing +10 years of life from a single battery.

CP1 Cathodic Protection Transmitter

OleumTech's CP1 Cathodic Protection Transmitter Kit is designed to help monitor the integrity of a cathodic protection system by monitoring both current and voltage. The CP1 Transmitter provides its users the flexibility of selecting the Current Range: 0-20, 0-40, or 0-80 Amp. It also provides 0-50 Voltage DC input for monitoring cathodic rectifier DC Voltage output.

Differential Pressure Transmitter

OleumTech's H Series, Differential Pressure Transmitter is a high-performance instrument utilizing the world's most advanced monocrystalline silicon pressure sensor and patented encapsulation technology. The Differential Pressure Transmitter is easy to install and operate. It can be ordered with a variety of options to fit your specific needs.

Flow Totalizer (FT1)

OleumTech's FT1 Wireless Flow Totalizer Transmitter is designed to work with virtually any third-party flow turbine meters for accumulating volume of liquid with high accuracy of ±0.01 %. Users have the ability to set the contract hour and set the flow rate to per second, minute, hour, or day. Users can also match the k factor and k factor units and display the volume output in barrels, liters, gallons, or cubic meters.

OTC Wireless Discrete Transmitter

OleumTech's OTC Wireless Discrete Transmitter features two discrete inputs for connecting to dry contact or open-drain output/NPN sources for notifying state changes. Field-proven wireless transmitter communicates with an assigned wireless gateway within the OTC Wireless Sensor and I/O Network creating a highly scalable network, accommodating virtually any I/O requirement.

OTC Wireless Hydrostatic Level Transmitters

Level Transmitters measure level by monitoring pressure at the bottom point of vented top mount tanks, deep wells, water towers, rivers, and lakes. WT-LL4 direct mount version includes a specified length hydrostatic pressure sensor and direct mounting solution while the WT-LL5 allows users to select their own sensor and mounting method.

OTC Wireless Thermocouple Transmitter

The OleumTech's “TC1” Thermocouple Transmitter supports third-party type K thermocouple sensors for monitoring extreme heat process conditions including flare, kilns, and gas turbines. The TC1 Transmitter features 24-bit analog to digital conversion (ADC) and provides a reliable method of measuring temperature.

RTD (RT1 & RT2) Wireless Temperature Sensor/Transmitter

RT1 & RT2 are ideal for monitoring air, gas, water, or liquid temperatures with high accuracy of ±0.1 °C. The RT1 direct mount version includes a 4-wire Platinum 100 ohm sensor where users can select the length ranging from 2 to 18 inches. It supports temperature ranging from -65 °F to 500 °F (-55 °C to 260 °C).

RTD Temperature Transmitter

The HRTD is ideal for hazardous locations thanks to its Explosion-proof, Class I, Division 1 design. OleumTech's H Series RTD Temperature Transmitter provides high accuracy and stability and is available with either 4-20 mA, 4-20 mA/HART, or RS485 Modbus output signal option while offering IP67 protection.

SCADADROID R2 Alarm Dialer

SCADADroid is easily configured to use VPN to allow quick and easy remote communications. Once connected, the SCADADroid is accessible for viewing and collecting data remotely, such as on a SCADA system. Remote programming and troubleshooting of PLCs is also possible, potentially eliminating travel time for enhancements, diagnostics and correction of programming issues. On alarm condition the ScadaDroid can be set up to phone, text or email you notifications.

Wireless Analog/Discrete (AD1)

The OleumTech® AD1 Wireless Pressure Gauge Transmitter is designed for connecting up to three 0-5 VDC pressure gauges or analog sensors, providing high resolution 24-bit analog to digital conversion (ADC). The Transmitter provides up to 9.5 VDC to each analog output source. The AD1 has the ability of calibrating zero and max points. It provides removable wiring terminal blocks in its junction box housing to facilitate the wiring process.

Wireless Discrete (DS1)

The OleumTech® Wireless Discrete Transmitter with local display features two discrete (digital) inputs for connecting to a dry contact or open-drain output/NPN source for notifying state changes. This input can be set for normally open or normally closed. The Transmitter can also report transition counts. The DS1 utilizes on-delay exception reporting method and users can set the debounce filter ranging from 20 ms to 2000 ms to control just when the state change occurs.