TinyPumper Pressure Sensor Kit comes standard with:

TinyPumper works like a cellular modem for your production asset...

Essentially, the TinyPumper connects to the internet and the sensors around it connect to the TinyPumper via Bluetooth.

The two soft black strips on back of device are actually a pre-installed magnetic base.

These work really well when attaching to metal surfaces like tanks and wellheads 🧲

Thread zip ties through eyelets and attach the gateway to any handrail, equalizer line, pole, etc.

TinyPumper's Pressure Sensor (pictured below) is a Bluetooth Low Energy wireless transmitter intended for monitoring all types of pressures including Casing, Tubing, Flow Line, Heater/Separator, Injection Wells, Water Transfer Pumps, Salt Water Disposal Wells, Hydrostatic, Natural Gas, and even Hydrogen Monitoring.

Pressure Sensors come rated for 4 different ranges of pressure and are accurate up to 0.5%:

The Pressure Sensor is powered with 2 AA Energizer Ultimate Lithium batteries (L91).

The Pressure Sensor reads the pressure from the equipment and sends that pressure data to the TinyPumper. And, the TinyPumper then communicates the pressure level(s) to the Greasebook portal via cellular or satellite data transmission.

Please note: The Pressure Sensor DOES NOT work as a stand-alone monitor. ❌🙅‍♂️📶

To be clear, Pressure Sensor must be located within 50 meters (150 feet) of the TinyPumper (pictured in image below) to connect to the internet and send its measurements.

Positioning the TinyPumper closer to the Pressure Sensor will yield a better signal reliability and battery longevity. 🔋📈

Your Pressure Sensor comes preinstalled with Lithium AA batteries.

While the threading is 1⁄4" MNPT for all Pressure Sensors 0-7,500PSI, please note the threading for 10,000 PSI Pressure Sensor is a bit larger at 1/2" MNPT.

Finally, check for any signs of leaking fluid or gasses.

If there are signs of any leaks, go back to Step 3 and repeat Steps 3-5, with extra attention to the thread sealer in Step 4.

Need to replace the battery? Our Pressure Sensors make it fairly simple.

1. Ensure all valves that lead to the pressure line where the Pressure Sensor is installed are turned off.

2. Using an open-end wrench 🔧, loosen the Pressure Sensor via the sensor body’s integrated nut turning it counterclockwise 🔄 (image 2.1)

3. Before completely removing the sensor, allow the excess fluid or gas to bleed out. Follow safety procedures for bleeding/containment.

4. Remove the Pressure Sensor from the pressure port which you monitor.

5. 🚨 Before you open the Pressure Sensor, take Pressure Sensor with you to an unclassified area (non-explosive atmosphere) 🚨

6. AFTER YOU CONFIRM YOU ARE AWAY FROM ANY FLAMMABLE GAS OR LIQUID (yes, we are watching you! 🫵 👀), with a Phillips screwdriver remove the 3 screws that hold the lid to the body of the Pressure Sensor (image 2.2)

7. Using your fingertips, gently pull the chip board from the cavity of the monitor

body exposing the batteries. (image 2.3)

8. Remove the batteries and replace them with 2 fresh AA Energizer Ultimate Lithium Batteries. (image 2.4)

9. Once the batteries are replaced, position the chip board so that the batteries are positioned opposite of the light tube (image 2.5).

10. Align the edge of the chip board with the grooves in the monitor body (image 2.6 A&B)

11. Carefully guide and push the chip board back into the monitor’s body (image 2.3👆)

12. Replace the cap/lid of the Pressure Sensor ensuring the sealing O-ring is in the proper groove.

13. Insert and tighten the 3 screws holding the cap making sure not to over-tighten the screws.

14. Reinsert the Pressure Sensor body back in the pressure port and tighten.

Pro Tip: You may want to add some pipe thread tape for a good seal.

15. Return to the valve port and open it, releasing the pressure back to the Pressure Sensor.

One flash means all systems go – the sensor is healthy and it's properly transmitting data. ✅

Two flashes means sensor has low battery – you should switch out battery at your earliest convenience. 🪫

Three flashes means there is a wiring fault or bad sensor – give us a buzz and we'll help you troubleshoot it immediately. 🤝

Rapid flashes for 30+ seconds means sensor is sending data.

Once the attempt is finished, sensor will return to whichever blinking status it was in from the three listed above.

It can poll as often as you require. Generally, we set it for 8, 4, or 1 hour intervals – but if you have power onsite and need every 5 minutes we can do that, too.

Pressure Sensor users standard lithium energizer batteries (<$10). These can be easily (and cost-effectively) sourced via Amazon, Walmart, or any drug store.

At 1-hour frequency intervals, you’d replace battery 1X every 5 years. Of course, less frequent intervals means less frequent replacement of batteries.

Pressure sensors and vacuums do not play well together. However, as long as your vacuum pressure doesn't exceed the rating of the sensor won't be affected.