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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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InsightsNewsAbout 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.
Case studiesCareersWe’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?
How Pressac Communications started making buildings talk: A Pressac Interview
In the press | 5 min readPressac launches series of mini sensors to help buildings talk
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Our small, wireless environmental sensors measure air quality, temperature and 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. They can be configured to send all data or just send data when a threshold is met.
Our wireless current sensors clip around a cable and are usually positioned at the motor control centre to detect electrical supply unbalance. We have two types of sensor: single-phase, for small machines and appliances; and 3-phase, for heavier electrical equipment. They measure current starting at 1A, up to 60A, 200A or 600A per phase.
Our smart gateways receive data from our sensors and make the data securely available using industry-standard formats such as MQTT and JSON, meaning it can be integrated into any software or platform.
Our three channel temperature sensors are used to measure temperature at up to three different points, and can be used for water, air or surface temperature measurements.
Side CTA
Our small, wireless current (CT) sensors simply clip around a cable to measure and report the alternating current (AC) flowing in a single channel every 30 seconds. They’re wireless so they can easily be inside a machinery panel, distribution panel or other suitable location. We have two types of sensor: single-phase, for home and small machinery; and 3-phase, for industrial and heavier electrical circuits. They measure current starting at 1A, up to 60A, 200A or 600A per phase.
Our smart repeater is a cost-effective way to increase sensors’ range, allowing them to transmit data over a larger distance or where obstructions occur. They let you chose which sensors to repeat.
Our under-desk passive infrared (PIR) sensors are small, wireless boxes that stick to the underside of the desk and detect the presence of people. They’re wireless, energy efficient and very low maintenance.
Our wireless temperature mini-sensors detect ambient room temperature. 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.
Our wireless, contact mini-sensors detect when a door or window is open or closed. They’re 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.
Our wireless temperature and humidity mini-sensors detect ambient room temperature. 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.
Our wireless, contact mini-sensors detect when a door or window is open or closed. They’re 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.
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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