Gas Detector Replacement Parts

Offers up to 24 hours of continuous use.

Protects the PID from damage caused by general use.

Protects the PID from damage caused by general use.

The 10.6 eV lamp is an internal element to the ION Science PID sensor and is specifically designed for use only with ION Science PID sensors.

The 10.6 eV lamp is an internal element to the ION Science PID sensor and is specifically designed for use only with ION Science PID sensors.

Blue Electrode Stack for MiniPID 2 PPM Sensor.

Red Electrode Stack for High Sensitivity MiniPID 2.

Calibration Cap is used for ARA bump test and calibration.

Filters for the probe.

Used for the 300mm probe extension.

Hand sensor to detect SF6.

Long cap with stainless steel tip, PTFE in-liner.

The smart sensor is pre-calibrated, certificate available on request.

Used to connect the instrument with the computer.

Used to charge MVI. EU, UK, AUS and US power sockets included.

Protects the MVI from ingress of dirt and water.

Protects the MVI from ingress of dirt and water.

Protects the MVI from ingress of dirt and water.

Protects the inner probe from damage.

Accepts 4 x AA size batteries and connects to the instrument via a clip.

Sensor for GasClam 2.

Used to connect the GasClam 2 to the computer.

Rechargeable battery pack for GasClam 2.

Used to turn the GasClam 2 on and off while you are at the GasClam 2, rather than having to do it at the computer.

Sensor for GasClam 2.

O-rings for the top section of the GasClam 2 and batteries.

O-rings for the bottom section of the GasClam 2 and batteries.

Removes the moisture from the gas sample.

Battery charger for GasClam 2 batteries.

Used within GasClam 2.

Used within GasClam 2.

Used within GasClam 2.

Used within GasClam 2.

Used within GasClam 2.

Sensor designed for the Titan instrument.

Designed for the use within MiniPID 2 sensor.

Designed for the use within MiniPID 2 sensor.

Designed for the use within MiniPID 2 sensor.

Contains components and tools required for general service and calibration.

Alternative sensor housing used to integrate the TVOC 2 into a pumped system. NOTE: Maximum pressure 300 mBar. Recommended flow 250 to 500 ml/min.

Alternative sensor housing allowing the TVOC 2 to be bump tested from a remote location.

Used to adjust parameters and is needed throughout the calibration routine.

Used to present clean air to the TVOC 2 sensor.

This kit provides a spare detector module and number of accessories.

Used to enable access to the internal service module.

Filters the gas sample.

Filters the gas sample.

Stops airborne dirt, debris and water ingress from entering the system.

This kit includes: hydrophobic filter, luer, label, installation instructions.

Luer is attached to the front of the Falco & Falco TAC instrument. The hydrophobic fIlter is then attached to the luer fitting to prevent the ingress of water and moisture.

Fitting between the Falco & Falco TAC pumped instrument and the hydrophobic filter.

Attaches to the Luer fitting to prevent the ingress of water and moisture.

Protects the instruments by filtering debris and water ingress.

A kit of all the replacement O-rings you may need.

Sits inside the Falco Sensor Cover.

Fitted to the side of the Falco / Falco TAC Pumped instruments.

Used to protect the MiniPID 2.

The O-ring sits in the O-ring holder.

The O-ring sits in the O-ring holder.

The O-Ring holder is placed inside the Sensor Cover.

Connects directly to the sensor housing of Falco Diffused.

Firmly grips a pocket, collar or belt ensuring the Cub remains attached to you.

Ensures seal integrity of the PID sensor.

Ensures seal integrity of the PID sensor.

PTFE filter blocks the ingress of water. The PTFE filters should be checked regularly to ensure best ongoing performance.

PTFE filter blocks the ingress of water. When replacing the PTFE filter we recommenced you also change the O-rings.

Cable to connect the docking station to an US mains socket.

Cable to connect the docking station to an UK mains socket.

Cable to connect the docking station to an EU mains socket.

Cable to connect the docking station to an Australian mains socket.

The docking station charges the Cub and Cub TAC instrument. There are three variants available: Charge Docking Station, Charge Docking Station + Data Download and Charge Docking Station + Data Download + Calibration.

Allows the Cub docking station to be joined together and evenly spaced whilst securing multiple docking stations to the surface.

Ensures calibration gas is presented to the MiniPID sensor evenly and at ambient air pressure. Allows connection to a typical 1/4

Allows direct connection between the Cub docking station and the computer.

Designed to safely break the glass tip off the benzene tube and stores it in the container.

Designed to hold the benzene tubes securely onto the end of the Tiger Select.

Ensures rapid detection and selective measurement of benzene and attaches to the Tiger Select via the tube holder.

Used for MiniPID 2 10.0 eV Sensor. Found in Tiger Select, Cub TAC and can also be used in Tiger with 10.0 eV configuration.

Designed for use within the ION Science PID sensor.

Designed for use within the ION Science PID sensor.

Protects your instrument from damage during general use.

Offers up to 24 hours of continuous use.

Used to protect the instrument from debris and water ingress.

The probe seal sits in the filter clamp to keep it air tight.

Used to make an air tight seal ensuring all gas passes through the PTFE filter.

For use with the charge cradle, allows direct connection with UK, US, EU and AUS power sockets.

Ensures the filter clamp is held in place ensuring a leak tight seal.

Filter clamp holds the PTFE filter in place and ensures an air tight seal in conjunction with the O-ring.

Screws into the exhaust port of the instrument allowing gas to be captured into a sample bag via typical 1/4 ID pipe.

Can charge a Tiger lithium ion battery in just 6.5 hours. It can charge battery packs separately or connected to the instrument.

Connects to a typical 1/4" ID calibration pipe when calibrating using a gas flow regulator. NOTE: Not to be used with a demand flow regulator.

Allows VOC readings from the Tiger to be logged to a separate RS232 device.

Fast direct connection between the Tiger instrument range and a computer.

Convenient storage for the Tiger instrument range. Contains pre-cut foam inserts allowing the instrument, charger and accessories to be stored.

The probe attaches easily and securely to the end of the instrument.

Rugged case made to accommodate a gas cylinder and accessories.

The carbon filter removes VOC gases from ambient air allowing instruments to be zero'd.

The sensor seal is placed on the sensor cover of the Tiger models.

The screw is used to keep the sensor cover attached to the back of the Tiger models.

The sensor cover is screwed to the back of the Tiger models to protect the MiniPID 2.

The lamp spring ensures the lamp stays tightly coupled with the electrode stack.

The 11.7 eV lamp is an internal element to the ION Science PID sensor and is specifically designed for use only within ION Science PID.