One lift over a live street.
One wind reading you can defend.
Ultrasonic wind measurement at the jib and at the boundary, so lift decisions and the dust and noise record that answers complaints come from the same installation.
Two problems, both answered by wind data
A city site lifts over a public street, which makes the wind limit an immediate safety decision with a stoppage cost attached. The measurement that supports it belongs at the jib, which is the least accessible point on the site.
The same site generates dust and noise at a boundary that is metres from somebody window, and complaints arrive days later asking what conditions were at a particular time.
Both questions are answered by wind measurement, and they are usually solved separately by different contractors with different equipment. One installation covering the jib and the boundary answers both and produces one record.
The building is only one part of the measurement environment
Wind on the roof, facade and at street level. Temperature, humidity and pressure for ventilation and plant. Rainfall and level for drainage. Position on dampers, barriers and doors. Condition monitoring for machinery in the plant room.
The measurement points are spread across the building and the environment around it, from a parapet or crane jib to an attenuation tank below a car park. The application determines what the instrument has to survive, how often it can be accessed and how its data needs to be used.
Gill’s technologies span these requirements, from three-axis wind measurement for microclimate and ventilation through to weather, level, position and machinery condition sensing.
Wind where the environment changes
Street-level conditions can differ dramatically from those measured on a roof. Three-axis measurement captures the full wind vector where downdraught, acceleration, turbulence and pedestrian comfort matter.
WindMaster Pro: 3-axis measurement up to 32 Hz
Measurement for difficult-to-access positions
Rooftops, facades and construction equipment can leave little appetite for frequent access. Instrument construction, environmental protection and the absence of moving sensing components all become part of the specification.
WindObserver: 316 stainless steel, IP66, heated options
Beyond wind
The built environment depends on more than weather measurement. Rainfall, liquid level, position and machinery condition all contribute to how buildings, infrastructure and plant perform.
One sensing capability across multiple building systems
From sensor to building system
Measurement only becomes useful when the data reaches the system that needs it. Gill instruments provide industrial communication and analogue interfaces for BMS, SCADA and monitoring applications.
Modbus, RS485, serial, analogue and SDI-12
Independent verification
Building portfolios rarely contain instruments from one manufacturer. Labcal provides UKAS-accredited calibration for equipment from multiple manufacturers across six measurement parameters.
One traceable calibration service across a mixed instrument estate
One building. Sixteen measurement points.
A building measures from the roof to the basement, and from the plant room to the pavement outside.
Wind above the parapet, at the facade and at the kerb. Conditions for ventilation and plant. Rainfall and level for drainage. Position on everything that moves. Measurement for the machinery that keeps the building operating.
Rooftop weather station
The roof is where a building finds out what the weather is actually doing, and it is the only place a met station can go without arguing with the architect.
- MaxiMet GMX551 wind, T, H, P, solar and rainfall in one housing
- MetConnect One Modbus and SDI-12 into the BMS
- MaxiMet GMX603 wind, T, H, P and high-accuracy optical rainfall, 5 percent or better
Rooftop plant and HVAC
Air handling responds to outside conditions, and a plant deck sheltered by its own parapet is not measuring the same air the intakes are drawing.
- MetConnect THP temperature 0.2 degrees C, humidity 1.5 percent RH
- WindMaster 3-axis for ventilation and air-flow control
- MaxiMet GMX500 wind, temperature, humidity and pressure in one unit
- WindSonic 60 2-axis ultrasonic, 0 to 60 m/s, 0.5 kg, no moving parts
Tall building wind loading
Wind loading and perceived sway are the reasons the structural model exists, and the only way to check the model is to measure the building it produced.
- WindObserver 90 0 to 90 m/s, 316 stainless, no moving parts
- WindMaster Pro 3-axis to 32 Hz for buffeting and vortex work
- WindObserver 75 open head, accurate across a wide flow angle
Facade access and cradles
A building maintenance unit stops at a wind speed, and the crew on the cradle would rather that number came from the facade than the airport.
- WindSonic 60 0 to 60 m/s, 0.5 kg, mounts on the rail or parapet
- WindObserver 75 where the facade position is severely exposed
- Blade position sensors non-contact position feedback on the cradle drive
Tower crane and lifting
An urban lift stops on a wind reading taken at the jib, above a street that will be closed if it goes wrong.
- WindSonic 75 0 to 75 m/s, full-range accuracy published
- WindObserver 90 0 to 90 m/s for tall or exposed jibs
- MaxiMet GMX200 wind only, 0.5 kg, for a temporary works mast
Site hoarding and dust
Dust and noise complaints from a city site arrive with a time on them, and without wind data at the hoarding there is nothing to answer with.
- MaxiMet GMX551 wind, T, H, P, solar and rainfall at the boundary
- MetConnect One analogue inputs for dust and noise monitors
- WindSonic 60 a compact wind reference on the hoarding
Pedestrian wind comfort
A tower accelerates wind down its face and around its corners, and the people who feel it are at the bus stop rather than on the roof.
- WindMaster Pro 3-axis to 32 Hz for gust and turbulence at street level
- WindSonic 60 0.5 kg, discreet enough for a street mounting
- MaxiMet GMX200 wind only, for a short pedestrian-comfort survey
Urban heat and outdoor workers
A street of hard surfaces runs hotter than the met office figure, and the people working in it feel radiant heat rather than air temperature.
- MaxiMet GMX552 WBGT heat stress with wind, T, H and P, 1.29 kg, IP66
Green roofs and roof irrigation
A green roof is a maintenance liability if it is watered on a timer and a benefit if it is watered on a measurement.
- TruMet PW100 optical rainfall, no bucket to block with substrate
- MaxiMet GMX551 rainfall alongside solar, wind, T, H and P
- MaxiMet GMX603 wind, T, H, P and high-accuracy optical rainfall, 5 percent or better
District energy centre
Heat networks and combined heat and power are sized against outside temperature, and they run at their worst efficiency on the day nobody is watching.
- MetConnect THP reference temperature, humidity and pressure
- MaxiMet GMX500 wind, temperature, humidity and pressure in one unit
Barriers, gates and doors
A car park barrier cycles hundreds of times a day, and the sensor proving its position is the part that fails first.
- Blade position sensors non-contact inductive, unlimited-life feedback
Kerbside air quality
An air quality reading without wind beside it cannot be attributed to the road, the site or the plant, which is exactly what everyone wants to know.
- MaxiMet GMX500 wind, temperature, humidity and pressure in one unit
- MaxiMet GMX552 WBGT heat stress with wind, T, H and P, 1.29 kg, IP66
Drainage, SUDS and attenuation
Sustainable drainage only demonstrates anything if somebody records what the attenuation tank actually did during the storm.
- TruMet PW100 optical rainfall, 0 to 200 mm/hr, no moving parts
Plant room machinery condition
Chillers, pumps and generators fail in a basement nobody visits, and the wear is in the oil before it is in the noise.
- WearDetect oil debris sensing for ferrous wear particles
- LevelPro lubrication and coolant level with no moving parts
- DD1615 level display local indication in the plant room
Ventilation and occupant comfort
Natural ventilation and mixed-mode control open windows on a wind and temperature reading, and get complaints when the reading is from the wrong side of the building.
- WindMaster 3-axis for building and clean-room ventilation control
- MetConnect One temperature, humidity and pressure into the BMS
- MaxiMet GMX500 one unit, one cable, one output string
Duct and grille air velocity
Ventilation is balanced and signed off with vane and thermal anemometers and pitot tubes. Labcal calibrates them from 0.1 to 50 m/s.
- UKAS air velocity calibration vane, hot wire and thermal anemometers and pitot tubes, 0.1 to 50 m/s
- Labcal, UKAS Lab 0625 ISO/IEC 17025:2017, for instruments from any manufacturer
Heating and water pressure gauges
Boilers, pumps and pressurisation units are set against pressure gauges and transmitters. Labcal calibrates them, whoever made them.
- UKAS pressure calibration pressure gauges, digital indicators, transmitters, transducers and switches, 0 to 1,400 bar
- Labcal, UKAS Lab 0625 ISO/IEC 17025:2017, for instruments from any manufacturer
Flow and return temperature probes
District heating is controlled and billed on flow and return temperatures. Labcal calibrates the probes, RTDs and transmitters that measure them.
- UKAS temperature calibration temperature probes, thermocouples, RTDs, thermometers, transmitters and data loggers, -30 to +140 °C
- Labcal, UKAS Lab 0625 ISO/IEC 17025:2017, for instruments from any manufacturer
Pumped drainage flow meters
Pumped discharge from attenuation tanks is measured and reported. Labcal calibrates electromagnetic, ultrasonic and other liquid flow meters.
- UKAS liquid flow calibration electromagnetic, turbine, Coriolis, paddle wheel, positive displacement and ultrasonic flow meters
- Labcal, UKAS Lab 0625 ISO/IEC 17025:2017, for instruments from any manufacturer
Office humidity and comfort loggers
Comfort and building certification surveys log temperature and humidity floor by floor. Labcal calibrates the hygrometers and loggers used.
- UKAS humidity calibration hygrometers, humidity transmitters, combined temperature and humidity probes, dew point sensors and loggers
- Labcal, UKAS Lab 0625 ISO/IEC 17025:2017, for instruments from any manufacturer
Service vehicles: fuel and position
Service vans and site vehicles run on fuel that is easy to lose track of. A capacitive level sensor reports what is left in the tank with no float to stick, and non-contact position sensors give long-life feedback from pedals, steering and actuators.
The jib decision and the boundary record
At the jib, wind decides whether the lift proceeds, and the number applies to the load rather than to the site. Sail area and configuration change the limit, so the operator needs a live reading rather than a threshold somebody set once.
A compound mast measures a sheltered corner of a site surrounded by the building under construction and by hoardings, which is the wrong answer to a question about conditions at the load.
At the boundary, wind speed and direction turn a dust or noise measurement into an attribution. A concentration reading on its own says something was present; the same reading with wind direction says where it came from.
Both instruments sit in a demolition and construction environment for the duration of a programme, with no maintenance window that anybody wants to take, which rules out anything with a rotating element.
The limit applies to the load
Wind at the jib tip, at the load and at ground level are three different numbers on the same site at the same moment. The one that matters is the one where the load is.
WindSonic measures 0 to 60 or 0 to 75 m/s at 0.5 kg, light enough to mount at the jib without a structural conversation, with no moving parts to seize where nobody can reach it.
Measured where the load is
View WindSonicDirection turns a reading into an attribution
Dust and noise complaints are about a place and a time, and answering them needs more than a concentration. Wind speed and direction recorded alongside the measurement are what establish whether the site was the source.
A compact station at the hoarding provides that alongside the rest of the record. MaxiMet brings wind, temperature, humidity, pressure, solar radiation and rainfall into one unit, and analysers can be integrated into the same station.
Answered with direction, not just a number
View MaxiMetComplaints and claims both arrive late
Dust and noise complaints, delay claims and incident reviews all arrive after the fact and ask about a specific time. A site that recorded conditions continuously can answer; one that did not has to negotiate.
Traceable calibration is what makes those answers hold. For a lift stoppage it supports the delay position, and for a boundary complaint it supports the attribution.
Labcal is an independent UKAS-accredited laboratory operating to ISO/IEC 17025:2017, calibrating equipment from any manufacturer, which suits a site where the crane, the mast and the analysers arrived with different contractors.
What an urban site measures
Wind at the jib for the lift decision, wind and conditions at the boundary for the record, and level and condition sensing on the plant between them.
Lifting and the jib
WindSonic
Lightweight 2-axis ultrasonic anemometer
Lightweight ultrasonic measurement at 0.5 kg, mounted where the load is rather than where the bracket was easy.
WindObserver
Heated 316 stainless open-head 2-axis anemometer
Heated 316 stainless measuring to 0 to 90 m/s for tall or severely exposed city sites.
WindUltra
Compact 2-axis ultrasonic anemometer
A compact 2-axis anemometer for mobile cranes and platforms, sealed to IP69k for a construction environment.
Boundary and site
MaxiMet
All-in-one weather station, no moving parts
Wind, temperature, humidity, pressure, solar radiation and rainfall at the hoarding, alongside analyser integration.
TruMet PW100
Infrared optical rain gauge
Optical rainfall measurement supporting dust suppression and ground condition decisions, with nothing to block.
WearDetect
Oil debris sensor
Ferrous debris monitoring on cranes, hoists and plant, where a failure blocks a constrained city site entirely.
Where urban site measurement does the work
Lifts over the public
Jib-tip measurement where the lift crosses a street that cannot be closed.
Constrained access
Sites where a plant failure cannot be recovered quickly because nothing can get in.
Dust and noise
Wind direction turning a boundary measurement into an attribution.
Neighbour management
Programmes where complaint volume is high and the record is the defence.
Monitoring obligations
Sites where consent requires environmental monitoring throughout construction.
Commercial record
Documented conditions supporting a stoppage when the programme is reviewed.
UKAS-accredited calibration for six measurement parameters
Labcal is an independent UKAS-accredited calibration laboratory, Lab 0625, operating to ISO/IEC 17025:2017. It provides calibration across gas and air flow, air velocity, liquid flow, pressure, temperature and humidity.
For a construction site carrying anemometers, thermal probes, pressure instruments, thermometers, temperature and humidity probes, analysers and data loggers, one accredited laboratory keeps equipment from several contractors on a single traceable schedule.
Gas meters · Mass flow controllers · Dispensing systems
Anemometers · Pitot tubes · Thermal probes
Flow meters and sensors · Process control equipment
Gauges · Transducers · Manometers · Transmitters
Thermometers · Probes · Thermocouples · Data loggers
Hygrometers · Probes · Transmitters
Getting both measurements where they are used
The jib reading is acted on in a cab within seconds, and the boundary record is read weeks later by somebody answering a complaint. The same installation has to serve both.
Gill supports environmental monitoring, industrial sensing, embedded electronics and systems integration, so contractors, crane suppliers and monitoring providers can bring measurement into cab displays, site systems and monitoring platforms.
Whether the requirement is an analogue signal into a cab display, Modbus into a site system, a serial string into a monitoring platform, or analyser integration into one station, Gill engineers can support integration from specification through commissioning.
Outputs and options
- Analogue & serial : Cab displays and crane indicators
- Modbus RTU : Site systems and monitoring platforms
- Analyser inputs : Dust and noise instruments into one station
- Traceable calibration : So the record holds up on review
What the specification looks like in practice
Measured where the load is
Jib-tip, load and ground-level wind are three different numbers, and only one of them applies to the lift.
Nothing to seize at the jib
No rotating sensing element to ice, foul or seize in a position reached by climbing the crane.
Light enough to mount properly
WindSonic measures 0 to 75 m/s at 0.5 kg, so it goes where the measurement should be.
Direction makes the attribution
Wind direction alongside a boundary reading is what establishes whether the site was the source.
One installation, two jobs
The lift decision and the complaint record come from the same equipment and the same record.
Defensible when it is reviewed
Independent UKAS-accredited calibration across six parameters, for equipment from any manufacturer.
Questions about urban construction sites
At the jib tip for the reading the lift decision needs, because that is the most exposed point and the closest to the load. A compound mast is sheltered by the building under construction and by the hoardings.
That is set by the crane manufacturer and the lift plan rather than by the instrument. Limits depend on configuration and on the sail area of the load, so the operator needs a live reading rather than a fixed threshold.
Because it turns a dust or noise measurement into an attribution. A concentration on its own says something was present; the same reading with wind direction says where it came from.
Yes. The station can accept third-party and analogue inputs, so dust and noise instruments can be brought into the same record rather than logged separately.
Ultrasonic sensors have no rotating element to foul or seize, and WindUltra is sealed and rated IP66, IP68 and IP69K for mobile plant. There is no service visit required during the programme.
Yes. Labcal is an independent UKAS-accredited calibration laboratory, Lab 0625, operating to ISO/IEC 17025:2017, calibrating equipment from any manufacturer across gas and air flow, air velocity, liquid flow, pressure, temperature and humidity.
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