IoT Pro Radar & Tilt Module
IoT Pro Level Submersible Module
IoT Pro Tilt Module
IoT Pro Pedal Module
IoT Pro RS485 Module
IoT Pro Industrial I/O Module
IoT Pro RS232 Module
IoT Pro Generator Module
IoT Pro Diesel Tank Module
IoT Pro Energy Module
IoT Pro Water Module
IoT Pro Temperature Module
IoT Pro Temperature & Humidity Module
IoT Pro Park Sensor
IoT Pro Radar & Tilt Module
Combined radar and tilt sensing module for reliable measurement of liquid or solid fill levels, and detection of presence or angular change in harsh environments. Suitable for installation on water and wastewater tanks, reservoirs, manholes, cesspits and infrastructure networks, as well as mobile water or sewage tankers, and indoor or outdoor vehicle and marine parking applications.
IoT Pro Level Submersible Module
Liquid level monitoring solution for diesel tanks, water tanks, wells, reservoirs and boreholes. Utilises a submersible hydrostatic probe to provide continuous and reliable level and temperature measurements in liquid environments with integrated on/off control capability.
IoT Pro Tilt Module
Precision tilt and orientation monitoring for infrastructure, structural assets, and construction. Commonly used to detect movement or displacement of assets such as fibreglass or metal manhole covers, general covers and lids, utility poles tilting, and remote enclosures.
IoT Pro Pedal Module
Presence and removal detection for public safety and infrastructure assets. Commonly used to confirm that critical equipment such as ring buoys and safety devices are correctly placed in their housing and ready for use.
IoT Pro RS485 Module
Industrial data acquisition module for Modbus RS485 devices such as energy meters, industrial equipment, sensors and controllers. Designed to continuously collect structured telemetry from one or multiple field devices, securely forward it to cloud platforms, and support remote control via RS485, with additional digital and analogue inputs and on/off control outputs.
IoT Pro Industrial I/O Module
Flexible digital and analogue I/O control for monitoring pump runtime, electrical circuit status, pulse water, lpg, diesel meters and alarms, as well as controlling valves, machinery, pumps, relays, switches and industrial equipment. Suitable for capturing dry contact, pulse, 0–30V or 4–20 mA analogue signals, or where on/off control is required.
IoT Pro RS232 Module
Industrial data acquisition module for RS232 devices such as weighing scales, scanners, legacy industrial equipment, access systems and controllers. Designed to continuously collect structured telemetry, securely forward it to cloud platforms, with additional digital and analogue inputs and on/off control outputs.
IoT Pro Generator Module
Comprehensive generator monitoring module covering location, fuel level input, battery condition, run status, engine temperature, and maintenance events. Designed to improve visibility, reliability and operational control of standby and mobile generators.
IoT Pro Diesel Tank Module
Diesel tank monitoring solution for measuring and controlling fuel consumption by user and asset, monitoring fuel levels, refuelling events, potential theft and location. Suitable for fixed and mobile tanks across construction, fleet, and industrial applications.
IoT Pro Energy Module
Centralises multiple single-phase and three-phase energy meters via RS485 Modbus and pulse using a single IoT Pro Energy Module, with integrated on/off control capability. Ideal for monitoring main switchgear, sub-metering in commercial facilities, and high-consumption or production-critical equipment.
IoT Pro Temperature Module
Temperature monitoring module capable of single or multiple external probes with integrated control capability for monitoring and temperature mapping of cold rooms, upright, chest fridges/freezer for food and medical cold storage. Suitable also for calorifiers, and temperature critical equipment.
IoT Pro Temperature & Humidity Module
Temperature & Humidity monitoring module capable of single or multiple external probes with integrated control capability for temperature and humidity mapping of warehouses, regulated environments, and storage assets such as museums and document archives. Suitable for compliance, environmental monitoring and applications where both parameters must be tracked together.
IoT Pro Park Sensor
Dual radar and magneto-resistive in-ground parking occupancy sensor for individual on-street parking bays. Designed for long-life deployments and integration into parking availability and enforcement systems for paid, timed and short-stay bays, resident and permit zones, disabled and priority bays, EV charging bays, and no-parking zones.
IoT Pro Water Module
Centralises multiple DN15-DN500 meters via Pulse Modbus using a single IoT Pro Water Module, with integrated water shutoff control capability. Ideal for monitoring water mains, sub-metering in commercial facilities, and high-consumption equipment.
Choose the IoT Pro module that best matches what you want to monitor or interface with.
Each module represents a core sensing or data-acquisition function. You’ll configure power, connectivity, antennas, and accessories in the next steps.
Not sure which module is right?
Select the closest match. Our team will review your request and any additional notes you provide, then recommend the most suitable device for your application.
DC-Powered Operation
Operates from an external 10-30V DC power source with 170mAh rechargeable battery backup for continuous operation during power cuts.
Standard Internal Battery (8.5Ah)
A cost-effective configuration delivering up to 10 years of operation in typical low-power monitoring applications.
Extended Internal Battery (17Ah)
High-capacity option, double the industry norm, for up to 10 years of operation with high reporting frequency, or poor network conditions.
Not Sure
Our engineers will review your use case and project details and recommend the most suitable configuration.
If an external power supply is available, the DC-powered option is always recommended and selected by default.
This allows the device to operate continuously from the power source while using the internal backup battery to remain operational during power outages and to detect and report power loss and restoration events.
If no external power is available, a battery-powered option should be selected.
The standard internal battery is suitable for most low-power applications and can provide up to 10 years of operation.
The extended internal battery is recommended when reducing maintenance visits is a priority, when higher than hourly continuous message sending frequency is required, or when network coverage is poor, as it delivers longer autonomy.
NB-IoT
Cellular carrier-grade, low-power cellular with deep coverage, excellent battery life, and maintenance-free operation.
4G LTE Cat-1
Standard and highly available cellular carrier-grade mobile network, ideal for countries without NB-IoT connectivity, mobile, high throughput or low latency control applications.
LoRaWAN
Low-power connectivity via private or managed LoRaWAN, requiring a gateway and network server.
Wi-Fi
Local Wi-Fi connectivity using existing infrastructure, suited for non-critical application use.
SIGFOX
Ultra-low-power SIGFOX connectivity for simple, low-data one-way messaging where available.
Not Sure
Our engineers will review your use case and project details and recommend the most suitable configuration.
When available, NB-IoT is always the recommended and default connectivity option.
It offers excellent battery efficiency and autonomy, deep indoor and underground coverage, and a carrier-grade, maintenance-free cellular network. If NB-IoT is not available but cellular reliability is still required, 4G LTE Cat-1 is the preferred alternative. While it consumes more power than NB-IoT, it can still achieve multi-year battery life especially if paired with an extended battery, and has no disadvantages when used with DC-powered configurations.
LoRaWAN and Wi-Fi are suitable alternatives when cellular connectivity is not desired or not available, including deep indoor locations or very remote areas with limited cellular coverage.
LoRaWAN requires an existing or new gateway and a network server that must be managed by the client or a third party over time, while Wi-Fi relies on local infrastructure and typically involves higher maintenance, additional security management, and lower overall reliability.
SIGFOX is a suitable alternative in regions where the network is available and ultra-low-power, low-data simple one-way messaging is sufficient.
It operates on a managed operator network with minimal device-side maintenance, but is subject to regional availability and message constraints.
Internal Antenna
Fits most deployments with good coverage. No exposed parts, less damage risk, easy install. Backup antennas available.
Short Straight Antenna
Used for stronger signal where space allows; ideal if antenna avoids impact or obstructions.
Short Angle Antenna
Used for signal boost when space limits or enclosure orientation make straight antennas impractical.
TTL Antenna
For setups where device-mounted antennas won’t work, like metal cabinets; no heavy loads.
Protected TTL Antenna
Built for harsh areas with vehicle or pedestrian traffic; tough and impact-resistant.
Not Sure
Our engineers will review your use case and project details and recommend the most suitable configuration.
By default, the internal antenna is recommended and is suitable for most installations where network coverage is available.
The internal antenna is a high-gain design, providing reliable performance while avoiding exposed external components that could be damaged, tampered with, or affected by environmental conditions if not installed correctly.
External antenna options should be selected only when additional signal improvement is required, or when installation constraints prevent the use of an internal antenna. The choice between antenna types depends primarily on physical installation requirements and environmental exposure.
If you are unsure - Get the Internal Antenna option and in the last step of this selector mention how many and which type of backup antennas you need and quantity.
Long Side
Ideal for wall-mounted or vertical installations with side clearance and straightforward cable routing.
Short Side
For tight spaces or when enclosure orientation favors a compact side-mounted antenna.
Bottom
Commonly used in cabinets, manholes, or enclosures where the antenna is routed downward or protected.
Top
Ideal for installations below obstructions where the antenna needs clear exposure for better signal.
Not Sure
Our engineers will review your use case and project details and recommend the most suitable configuration.
IoT Pro devices support multiple external antenna mounting locations to accommodate different installation types and physical constraints.
Selecting the correct antenna location helps ensure reliable signal performance while protecting the antenna from damage or obstruction.
Choose the location that best matches the installation environment and enclosure orientation.
No GNSS
Device operates without GNSS, recommended for fixed installations where location data is not required.
GNSS Enabled
Integrated GNSS location tracking, ideal for moving assets requiring real-time positioning data.
Not Sure
Our engineers will review your use case and project details and recommend the most suitable configuration.
GNSS location should be enabled only when asset movement tracking is required. For most IoT Pro applications, the device is installed on fixed assets, where GNSS is not necessary nor available, and provides no operational benefit.
Enabling GNSS increases device cost and power consumption, and reliable GNSS performance requires clear access to satellite signals, with the device installed so that the GNSS antenna is facing towards the sky. In indoor installations, metal enclosures, or fixed assets, device performance may be degraded if GNSS is enabled without sufficient signal availability. Extra care should also be taken in battery-powered deployments, as GNSS has a significant impact on battery life, dependent on use.
Energy Module Accessories
Electrical System Type
Select the electrical system type and the appropriate current transformer (CT) rating for the monitored circuit.
Three Phase
Single Phase
Not Sure
CT Rating (per phase)
Select the CT rating that matches the maximum current of the circuit:
100 A
250 A
500 A
1000 A
2000 A
Not Sure
If you are unsure of the correct CT rating, select the closest higher value — IoT Solutions engineers will review and confirm your selection.
Temperature Module Accessories
Temperature Probe Selection
Select the DS18B20 probe cable length based on the installation requirements.
15 m
5 m
1 m
Not Sure
If you are unsure of the cable length required, choose 15 m
Water Module Accessories
Water Meter Size (DN)
Select the water meter size (DN) and communication interface based on the meter(s) you intend to monitor.
DN15 - ½ Inch - BSP
DN25 - 1 Inch - BSP
DN40 - 1 ½ Inch - BSP
DN20 - ¾ Inch - BSP
DN32 - 1 ¼ Inch - BSP
DN50 - 2 Inch - BSP
I am connecting existing pulse output meters
Not Sure
Ensure the selected DN size matches the installed water meter, not just the pipe. If connecting multiple meters, ensure compatibility with the selected interface type - Pulse or MODBUS.
If unsure, select “Not Sure” — IoT Solutions engineers will review your application and recommend the most suitable configuration.
Interface Type
Select how the water meter communicates with the IoT Pro module.
Pulse
For mechanical water meters with reed switch / pulse output
MODBUS
For digital or ultrasonic water meters with RS485 Modbus communication
I am connecting existing pulse output meters
Not Sure
Diesel Tank Module Accessories
Submersible Sensor Configuration
Select the submersible sensor fluid level detection range.
2 m
4 m
Not Sure
The supplied cable length will be 1 metre longer than the selected detection range.
Submersible Probe Lid Adapter
Select an adapter only if installing into an existing BSP threaded opening.
1½ Inch BSP Thread
2½ Inch BSP Thread
Not Required
2 Inch BSP Thread
3 Inch BSP Thread
Not Sure
Diesel Metering
Include a pulse meter if accurate diesel consumption measurement is required.
Piusi K24 Pulse Meter
Not Required
Piusi K600 Pulse Meter
Not Sure
Asset & User Identification
User Identification*
Yes
No
Asset Identification*
Yes
No
Submersible Module Accessories
Submersible Sensor Configuration
Select the submersible sensor fluid level detection range.
2 m
4 m
Not Sure
The supplied cable length will be 1 metre longer than the selected detection range.
Submersible Probe Lid Adapter
Select an adapter if installing into an existing BSP threaded opening, or creating a new BSP opening.
1½ Inch BSP Thread
2 Inch BSP Thread
2½ Inch BSP Thread
3 Inch BSP Thread
Not Required
Not Sure
Radar & Tilt Module Accessories
Threaded Adapter Selection
This adapter is only required when the IoT Pro Radar & Tilt Module is installed into an existing BSP threaded opening on a tank or vessel.
It ensures a sealed and mechanically secure installation and must match the existing thread size.
1½ Inch BSP Thread
2 Inch BSP Thread
2½ Inch BSP Thread
3 Inch BSP Thread
Not Required
Not Sure
Park Sensor Accessories
Tag Selection
Select the type of identification required and quantity.
Do you require user identification tags?
Yes
No
Do you require vehicle identification tags?
Yes
No
If you are unsure about accessory selection, choose the closest option, accessories and quantities are always validated before quoting. Quantities of different type of accessories can be inserted at the last step of the product selector.
Direct Integration
Best suited for software integrators where full control over data flow, protocols, and system architecture is required, with no subscription fees and a one-time hardware purchase.
REST API Integration
Ideal for customers who want to consume IoT data into existing applications or platforms with minimal integration efforts, and without managing low-level device communication.
IoT Solutions Platform
Recommended for customers who want a ready solution, or who wish to start quickly and scale over time via add-ons. Available as cloud service or licensed on-prem for regulated projects.
IoT Pro devices are designed to support multiple integration and deployment models, allowing you to start quickly and evolve over time.
You may begin with a fully working IoT Solutions cloud platform to test, validate, or roll out your project, and later migrate to a direct integration with your own systems using the same hardware and data structure.
IoT Solutions also provides enterprise-grade, production-ready software that supports end-to-end use cases, from device management and data ingestion to dashboards, alerts, analytics, and integrations.
For customers who prefer a lighter approach, a REST API is available for simple and flexible system integration.
The software is typically delivered as a cloud-based solution, but on-premise licensing is also available for large-scale or special deployments.
Contact Information
Additional Information
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All configurations are reviewed by IoT Solutions engineers before quotation.
You’ll receive a confirmation from our team with pricing, availability, and any optimisation suggestions.
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Network Configuration & SIM Card
Network Configuration
Please choose the network configuration that best fits your setup:
Custom Network Settings
I want to use IoT Solutions Software Platform
Not sure about the Network Configuration
SIM Card
Select your preferred option for SIM card provision:
IoT Solutions provides SIM Card
You will provide SIM Card and deliver it to our premises
IoT Solutions already has stock of your SIM Cards
I will put in the SIM Card inside IoT Pro myself
Not Sure
Factory Pre-Configuration & Rapid Deployment
To simplify field deployment and reduce installation time, IoT Solutions can factory-preconfigure your devices prior to shipment.
During production, we can configure:
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Network connectivity settings (NB-IoT, LTE, LoRaWAN, Wi-Fi, etc.)
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Server and integration endpoints
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Device identifiers and communication parameters
Simple On-Site Activation
Once installed, device commissioning is straightforward. Activation can be performed by:
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Pressing a button within the mobile commissioning application, or
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Removing the peelable activation magnet located on the back of the device
Once activated, the device automatically connects to the network and begins transmitting data to your server or IoT platform.