The People Count Sensor is based on the TOF, ‘Time of Flight’ technology, the most accurate automated people counting technology that is unaffected by changes in light, humidity, or temperature. Our People Count Sensor is one of the fastest miniature TOF sensors on the market with built in intelligence that eliminates most common false positive scenarios.
It is an infrastructure free, self–configuring, energy efficient product to monitor the count of people coming in or going out at entrances & exits of Supermarkets, Retail Stores, Washrooms, Public Transport, Meeting Room, or any Building in general. Data from these sensors have wide applicability across a range of use cases; Business Planning, Energy Optimisation, Space Utilisation, Security, Washroom Usage, to name a few.
Our People Count Sensors are self-communicating, creating an autonomous mesh network, and have a very small footprint. The deployment of the sensor is almost cable free and can be done in a short time frame. The sensors have compact design and are powered through a Power Adapter.
These sensors send information to the Inferrix Gateway or any other Inferrix Controller (for instance our Lighting Controller to Switch On/Off lights).
Our Power Sensors are infrastructure free, self-configuring energy efficient product to monitor equipment usage for multiple business applications. Available in 2 versions, 1 with an external 220V supply with battery backup, the other has is an independent 3.6V lithium battery operated sensor. Sensor deployment is very quick as it needs no messy cables or Wi-Fi network.
The Power Sensors are unique in that they can measure voltage as well. This gives you the ability to measure a range of additional parameters, e.g. Active Current, Voltage Frequency, PF, Instant Power, Active Power, Reactive Power.
Our Power Sensor has a compact design with a mechanical hinge that can fit in confined spaces on live primary conductors. This will enable you to have real-time energy usage statistics, equipment state and condition, and maintenance requirements at your fingertips.
Our PIR/Motion Detection sensor is an infrastructure free, self-configuring, energy-efficient product to monitor human/vehicle presence/activity. The PIR sensor is infrared‐based and detects movement within a 2m to 8m range.
Sensor deployment is very quick, as it needs no external power and no messy cables or Wi‐Fi network. The sensors create their own mesh network, all you need to do is to turn the sensors on and the mesh network is ready to go. Sensors can be added or taken away; the network re-configures without any break in coverage subject of course to distance restrictions.
Each sensor in the mesh network relays information and acts as a router to ensure that the information reaches the final destination.
The sensors have compact design and AA batteries – up to 10 years battery life. There is an in‐built battery status alert in the event a battery needs replacement. These sensors send information to the Inferrix Gateway or any other Inferrix Controller (for instance the Inferrix Lighting Controller to Switch On/Off lights), through the wireless mesh network they establish.
The Inferrix Gateways can send information from the sensors to the cloud via WAN/GPRS connectivity.
The PIR sensor comes with option of having a Lux or Luminosity
Sensor and an AQI sensor built in.
Cost Effective, Efficient & Scalable –
Globally, lighting represents more than 20% of the total electricity consumption. Growing energy bills and the need to reduce CO2 emission pushes government bodies and customers across various sectors to continuously explore innovative IoT solutions to bring down operations expenditure and energy consumption.
Intelligent lighting, both indoor and outdoor, will play a nodal role in supporting current and future IOT solutions, both in commercial enterprises and smart city environments. It is therefore imperative to upgrade the existing lighting infrastructure to an efficient, networked, and intelligent lighting system.
The emergence of Internet of Things (IoT) paves the way for smarter solutions that deliver efficient lighting while also ensuring optimal energy consumption.
The Inferrix Smart Lighting Platform offers a lighting management solution for both Indoor and Outdoor Lights that covers detailed LED level management capabilities. This is the central management software that allows dimming schedules, automatic identification and report of lamp failures, real time control, automatic measurement of energy consumption, and much more.
SMART LED DRIVERS
At the heart of Inferrix–Smart Lighting Solution, are Smart Led Drivers which are used to power the LED’s as well as provide the mechanism to wirelessly control and monitor the LED Lights. These drivers are embedded with smart wireless modules which allows them to form a mesh network among themselves and thereby providing a comprehensive network for the lighting nodes to communicate with the Gateway and Central Platform.
The Inferrix Smart Lighting Drivers come with a feature to power external sensors, whose data can be retrieved by the drivers themselves and transferred over the Wireless Mesh Network, this helps us save lot of cost in terms of deploying a battery powered sensors to achieve the same task.
The Smart Led Drivers is suitable for Indoor Lights, Street Lights, High Bay Lights and Flood Light Application.
SMART LED CONTROLLERS
The Inferrix–Smart Lighting Solution, is also enabled or driven by the Smart Led Controllers. The Inferrix–Smart Led controllers can connect to any dimmable driver working with 0-10V or PWM based dimming functions.
Smart Led Controller have an embedded smart wireless module, which allows the controllers to form a mesh network among themselves and thereby providing a comprehensive network for the lighting nodes to communicate with the Gateway and Central Platform.
The Smart Led Controller is suitable for Indoor Lights, Street Lights, High Bay Lights and Flood Light Application.
The Smart Modbus Controller is used to connect to one or more Modbus devices to transmit the Modbus data over a wireless medium. The controller can be configured to work in the pass-through mode or can be programmed to connect to multiple Modbus
devices in a daisy chain network, up to a maximum of the 32 devices per controller.
The main advantage of the controller is the reduction in the cabling requirements. The controller sends and receives Modbus data and control instructions from the Inferrix Gateway.
The Wireless Modbus controller can be used in various application, where we intend to reduce the cost of the Modbus cabling and are looking for quick deployment of the solution. Since the controller can attach directly to the Modbus devices, the same can be implemented in multiple solutions where automation is required, Like Pump Controls, DI/DO controls, WLD, UPS, Water Level Monitoring, Energy Metering & Controlling etc.
Our Anchor-Tags are infrastructure free, self-configuring, energy efficient products for ‘Asset Tracking’ across multiple verticals. Suitable for any ‘Real-Time Asset Location Tracking System’ and based on the Wirepas Mesh, our Anchor Tags work with Inferrix Asset Tags, Inferrix Gateways on 2.4 GHz.
Anchor-Tag deployment is very quick, as it needs no external power and no messy cables or Wi-Fi, the Tags create their own mesh network, all you need to do is to turn the Tags on and the mesh network is ready to go.
Each Tag in the mesh network relays information and acts as a router to ensure that the information reaches the Inferrix Gateway. The Tags are compact and have in-built battery status alerts in the event a battery needs replacement.
• IP65, Accelerometer sensor optional
• Advertising iBeacon & Eddystone & Sensor data
• Efficient collision-free spectrum usage-tested.
• No Packet Loss with 1000 sensors/meter cube
• Supports multi-channel opera
Our Asset Tag is an infrastructure free, self-configuring, energy efficient product for ‘Asset Tracking’ across multiple verticals. These tags are best suited for any ‘Real Time Asset Location Tracking System’, based on the Wirepas Mesh.
The Asset Tags work with our Anchor Tags, Smart Lighting Controllers, and Gateways on 2.4 GHz.
Our Asset Tags have built in ‘Accelerometer’, a low noise density; low g offset drift, low power, 3-axis accelerometer.
Asset Tag deployment is very quick, as it needs no external power and no messy cables or Wi-Fi. The Asset Tags connect or report to the nearest Anchor Tags and identify their location based on their proximity to a particular anchor tag or set of anchor tags. Asset tags are basically sub-nodes in the mesh network, who are just responsible for relaying their location information in relation to the Anchor Tags (Reference Tags).
The Tags have compact design and have in-built battery status alerts in the event a battery needs replacement.
Inferrix Asset Management offers data collection for all needs and environments. The most common data needs in the field of asset management are time-stamped inventory levels as well as location data and sensor data, such as temperature and acceleration. Depending on the use case, further data and bi-directional communication both to and from the tracked asset may be needed as well.
Our Asset Management solution offers data collection for the following main markets.
Indoor air quality (IAQ) is measured by room
Temperature, Relative humidity % & CO2 with other parameters like TVOC
starting to become more popular
Studies have shown how poor air quality can lead
to excessive fatigue, poor concentration & even health issues; However
good IAQ leads to increased productivity
IAQ measurement help us regularly report to
the facility managers at the buildings & property portfolios that we manage
to ensure that the HVAC systems are working properly
Protect Your Staff, Your Image & Budget
CLEAN AIR is a healthy business environment, but
running your vent plant on 100% fresh air could be a costly exercise,
but IAQ and Data Acquisition solutions can help to keep costs down
Indoor Air Quality (IAQ) in commercial
environments has become a major issue throughout the world since the wake of
the pandemic, which has raised occupant awareness & the demand by those
occupants for evidence that the air in their workplace is clean & is now
driving legislation
Poor Standards of IAQ can Result in:
Our sensors are typically infrastructure free, self–configuring, and energy efficient product, specifically developed to monitor environmental conditions or equipment status for multiple business applications.
The Inferrix temperature & humidity sensor uses a thermistor for accurate temperature measurement and measures relative humidity & dew point.
Sensor deployment is very quick, as it needs no external power and no messy cables or Wi-Fi network. The sensors create their own mesh network. All you need to do turn the sensors on and the mesh network is ready to go.
Sensors can be added or deleted, and the network automatically re-configures without any break in coverage. Each sensor in the mesh network relays information and acts as a router to ensure the information reaches the final destination.
The sensors have compact design and are fitted with CR2477 coin cells with up to 10 years battery life.
There are diagnostics built in which provide battery status and alerts in the event a battery needs replacement.
The WLD Sensor is an infrastructure free, self–configuring, energy efficient product to monitor water leakage & water ingress across multiple business applications.
The sensor deployment is very quick, as it needs no external power and no messy cables or Wi-Fi network.
Our WLD Sensor has a unique “E” shaped water sensitive mesh at the base and a provision for a water leak detection rope at one end.
The Sensor can generically be adapted to work with any other kind of liquid leakage detection, for instance Oil Leakage.
The sensors create their own mesh network, all you need to do is to turn the sensors on and the mesh network is ready to go. Sensors can be added or taken away, and the network re-configures without any break in coverage. Each sensor in the mesh network relays information and acts as a router to ensure that the information reaches the final destination.
The sensors have compact design and have a CR2477 coin cells – up to 5 years battery life. There are diagnostics built in that provides battery status and alerts in the event a battery needs replacement.
