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About usWe design and manufacture the technology that makes buildings talk. And you’ll find our technology in virtually every home and workplace in the UK.
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CareersWe’re on a mission to turn buildings into smarter, more efficient places to live and work. To do that, we need smart people. Want to join us?
Coming soon: Pulse counter
ResourcesGet pricingWant to buy our sensors for your smart project?
Become a partnerWant to provide your customers with smart sensor technology?
TrialWant to test our sensors or build a proof of concept?
Latest insightsGuidesAbout usWe design and manufacture the technology that makes buildings talk. And you’ll find our technology in virtually every home and workplace in the UK.
Latest newsCareersWe’re on a mission to turn buildings into smarter, more efficient places to live and work. To do that, we need smart people. Want to join us?
July 10, 2020 | Product update |
June 15, 2020 | Company news |
Case study
April 23, 2020 | Product update |
April 16, 2020 | Company news |
February 24, 2020 | Product update |
Pressac launches series of mini sensors to help buildings talk
Product update | 3 min read
Insights Terms of supply | Terms of use | Privacy policy | Cookie policy Environmental sensors let you monitor conditions in each room or zone within a building, in real time. They help you maintain comfortable conditions and use energy more efficiently.
Our wireless environmental sensors measure carbon dioxide (CO2), ambient temperature and relative humidity. They’re self-powered using ambient room light (with optional battery backup) and use wireless technology so they simply stick in place with no need for cables.
Industrial temperature sensors allow you to measure and monitor ambient, surface or water conditions in a room, machine or around the building, in real time. This allows you to maintain optimum conditions and improve efficiency.
Our three-channel temperature sensors measure temperature at up to three different points, and can be used for water, air or surface temperature measurements.
Our smart gateway receives sensor data, converts it into IoT industry-standard MQTT protocol and makes it available locally or via the cloud, so you can easily integrate it into existing software or platforms.
Our wireless smart repeater is a cost-effective way to increase sensors’ range, allowing them to transmit data over a larger distance or where obstructions occur.
Desk occupancy sensors detect and monitor the presence of people, in real time. They let you see live availability and understand how desks, rooms and spaces are being used.
Our energy-efficient desk occupancy sensors are small, wireless boxes that simply stick to the underside of the desk or table.
Contact sensors lets you automatically detect open or closed doors and windows around your building, including doors on cupboards, cabinets and fridges.
Our wireless, mini-sensors are self-powered using ambient room light (with optional battery backup) and use wireless technology so they simply stick or screw in place with no need for cables.
Energy monitoring sensors measure electrical consumption at a circuit, zone or machine level. They allow you to see granular real-time energy use, track use over time, and monitor and control equipment.
Our small, wireless current sensors (CT clamps) simply clip around a cable to measure and report the alternating current (AC). They can easily be fitted inside a machinery panel, distribution panel or other suitable location.
Our wireless, energy-harvesting current sensors real-time measure energy usage at a machine, room or zone level.
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Our machine temperature sensors are used to detect overheating or heat caused by friction in motors or at specific points on a machine. We supply battery-powered three-channel sensors, which measure temperature at up to three different points, and thermal-powered sensors that measure the temperature increases of a metal surface.
Our temperature sensors are used to detect overheating or heat caused by friction in motors or at specific points on a machine. We supply battery-powered three-channel sensors, which measure temperature at up to three different points, and thermal-powered sensors that measure the temperature increases of a metal surface.
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