From £2,350.00 (inc. VAT £2,820.00)
RAE Systems MiniRAE 3000 VOC is a handheld intrinsically safe PID detector for VOC monitoring in hazardous areas with extended range.
RAE Systems MiniRAE 3000 VOC is a high‑performance handheld volatile organic compound monitor for industrial hygiene, leak detection and HazMat or emergency response. It combines third‑generation patented PID technology, rapid response and high sensitivity with rugged, intrinsically safe construction for reliable use in demanding, classified environments. Integrated wireless networking, extensive datalogging and powerful sampling support real‑time decision‑making, while tool‑free maintenance, automated calibration options and flexible power packs help reduce downtime and whole‑life ownership costs.
For detailed technical data, consult the Specifications tab.
RAE Systems MiniRAE 3000 VOC is designed for industrial hygiene teams, leak detection specialists and emergency responders who require rapid, reliable volatile organic compound readings. Third‑generation patented PID sensor technology delivers an extended measurement range with a response time of around three seconds, helping incident commanders and technicians track changing conditions in real time. High detection resolution down to low sub‑ppm levels supports early recognition of small releases before they develop into larger incidents.
Multiple PID lamp options allow the detector to be configured for benzene, TVOC and a wide range of VOCs, supporting varied processes and remediation tasks on a single platform. Improved linearity and stability, combined with built‑in humidity and temperature measurement for compensation, help maintain confidence in readings across diverse environments and operating conditions.
The MiniRAE 3000 VOC handheld detector withstands demanding field use. Its dust‑tight, water‑resistant housing is suitable for harsh and decontamination environments, while a bright yellow rubber boot and flexible inlet probe provide additional impact protection and easier manoeuvring around pipework, vessels and confined spaces. Intrinsically safe classification supports deployment in hazardous areas where flammable vapours may be present, enabling direct VOC monitoring at the point of risk.
A wide operating temperature range and capability to operate in high, non‑condensing humidity mean the detector performs from cold outdoor locations to hot, humid process areas. Integrated diagnostics for pump stall, low battery and other system status conditions, together with EMC/EMI‑hardened design, help minimise false alarms and unexpected downtime. Loud audible alarms, bright visual indicators and multi‑level alarm types clearly alert personnel to hazardous exposure conditions and instrument faults.
Patented Reflex PID Technology is designed to enhance calibration stability, measurement performance and long‑term reliability, supporting consistent readings between service intervals. The patented PID lamp auto‑cleaning and Duty‑cyclinga9 functions work to reduce lamp contamination and fouling, cutting manual cleaning frequency and helping maintain detector availability in busy fleets.
Field‑serviceable design allows lamp and sensor access without tools, so routine tasks can be carried out on site instead of returning units to a workshop. Compatibility with AutoRAE and AutoRAE 2 calibration stations enables automated bump testing and calibration, helping standardise procedures, reduce technician workload and support compliance with internal and regulatory requirements.
The MiniRAE 3000 VOC supports both two‑point and three‑point calibration, so accuracy can be aligned to site standards and target compounds. Calibration memory stores multiple calibration gases with associated alarm limits, span values and calibration dates, simplifying fleet management and audit readiness. An integrated correction factors list covering more than 200 compounds allows the same detector to report on a broader range of chemicals than many alternative PIDs, reducing reliance on external conversion tables.
Built‑in datalogging records months of readings at defined intervals, including direct VOC values, time‑weighted exposure metrics and key status information for traceability and investigation. Data can be downloaded via a PC charging/download cradle or over BLE, and is compatible with a broader Safety Suite software ecosystem for fleet maintenance, analysis and reporting. Multi‑language capability helps standardise on a single instrument across global sites with mixed workforces.
With integrated RF modem, mesh radio, Bluetooth and BLE modules, the MiniRAE 3000 VOC acts as a node within wider wireless gas monitoring systems. It can transmit real‑time data to platforms such as ConneXT, ProRAE Guardian, EchoView Host and RAELink3‑enabled networks, giving command centres visibility of live readings and alarm status from multiple remote detectors.
Mesh networking and long‑range communications extend coverage around complex facilities, tunnels or urban areas. Logged and live wireless data support coordinated emergency response, inform environmental cleanup strategies and provide documentation for investigations, regulatory reporting and internal reviews.
A powerful internal sample pump enables sampling from significant distances, both horizontally and vertically, allowing remote assessment before entry and helping reduce personnel exposure. Automatic low‑flow alarms with pump shutoff protect the pump, highlight sampling issues and support safe operating practices.
The large, backlit multi‑line graphic display presents gas readings, exposure metrics, instrument status and environmental information clearly, even in low‑light conditions. An integrated LED flashlight assists navigation and reading in dark or confined spaces, while large keys remain operable through multiple glove layers, supporting dependable use in full PPE.
Rechargeable, external, field‑replaceable lithium‑ion battery packs provide runtime suitable for extended shifts, and interchangeable drop‑in alkaline packs offer flexibility where charging infrastructure is limited. The charging cradle charges the instrument and can also charge a spare battery pack simultaneously, helping keep detector pools ready for deployment.
The MiniRAE 3000 VOC is available as a monitor‑only unit, with an accessories kit, or with accessories plus calibration kit, enabling organisations to align purchases with project and site requirements. Accessories such as hard transport cases, additional filters, zeroing kits, gas outlet ports and tubing support rapid, complete deployment and simplify logistics across multiple locations.
Typical applications include HazMat and emergency response, environmental cleanup and remediation, leak detection, industrial safety, indoor air quality investigations, urban search and rescue, venue protection, civil defence and oil and gas operations. Downloadable datasheets, user manuals, PID response guides and certificates, together with distributor‑provided technical support, training and demonstrations, help safety managers implement MiniRAE 3000 VOC as a robust, long‑term platform for professional VOC risk management. A strong warranty on key components further underpins long‑term reliability expectations.
| Size | 10” L x 3.0” W x 2.5” H (25.5 cm x 7.6 cm x 6.4 cm) |
| Weight | 26 oz (738 g) |
| Sensors | Photoionization sensor with standard 10.6 eV or optional 9.8 eV or 11.7 eV lamp |
| Battery |
• Rechargeable, external field-replaceable Lithium-Ion battery pack • Alkaline battery adapter |
| Running Time | 16 hours of operation (12 hours with alkaline battery adapter) |
| Display Graphic | 4 lines, 28 x 43 mm, with LED backlight for enhanced display readability |
| Keypad | 1 operation and 2 programming keys, 1 flashlight on/off |
| Direct Readout |
• Instantaneous reading • VOCs as ppm by volume (mg/m³) • High values • STEL and TWA • Battery and shutdown voltage • Date, time, temperature |
| Alarms |
95dB at 12” (30 cm) buzzer and flashing red LED to indicate exceeded preset limits • High: 3 beeps and flashes per second • Low: 2 beeps and flashes per second • STEL and TWA: 1 beep and flash per second • Alarms latching with manual override or automatic reset • Additional diagnostic alarm and display message for low battery and pump stall |
| EMC/RFI |
Compliant with EMC directive (2004/108/EC) EMI and ESD test: 100MHz to 1GHz 30V/m, no alarm Contact: ±4kV Air: ±8kV, no alarm |
| IP Rating |
• IP-67 unit off and without flexible probe • IP-65 unit running |
| Datalogging | Standard 6 months at one-minute intervals |
| Calibration |
Two-point or three-point calibration for zero and span. Reflex PID Technology™ Calibration memory for 8 calibration gases, alarm limits, span values and calibration dates |
| Sampling Pump |
• Internal, integrated flow rate at 500 cc/min • Sample from 100’ (30m) horizontally or vertically |
| Low Flow Alarm | Auto pump shutoff at low-flow condition |
| Communication & Data Download |
• Download data and upload instrument set-up from PC through charging cradle or using BLE module and dedicated APP • Wireless data transmission through built-in RF modem |
| Wireless Network | Mesh RAE Systems Dedicated Wireless Network |
| Wireless Range (Typical) |
Up to 15 ft (5 m) for BLE EchoView Host: LOS > 660 ft (200 m) ProRAE Guardian & RAEMesh Reader: LOS > 660 ft (200 m) ProRAE Guardian & RAELink3 Mesh: LOS > 330 ft (100 m) |
| Temperature | -4° to 122° F (-20° to 50° C) |
| Humidity | 0% to 95% relative humidity (non-condensing) |
| Attachments | Durable bright yellow rubber boot |
| Warranty | 3 years for 10.6 eV lamp, 1 year for pump, battery, sensor and instrument |
| Wireless Frequency | ISM license-free band. IEEE 802.15.4 Sub 1GHz |
| Wireless Approvals | FCC Part 15, CE R&TTE, Others¹ |
| Radio Module | Supports BLE or Bluetooth or RM900 |
| VOCs |
0 to 999.9 ppm 1,000 to 15,000 ppm |
0.1 ppm 1 ppm |
< 3 s |
|
US and Canada: CSA, Classified as Intrinsically Safe for use in Class I, Division 1, Groups A, B, C, D Europe: ATEX II 2G EEx ia IIC T4 |
RAE Systems MiniRAE 3000 VOC is a handheld intrinsically safe PID detector for VOC monitoring in hazardous areas with extended range.
RAE Systems MiniRAE 3000 VOC is a high‑performance handheld volatile organic compound monitor for industrial hygiene, leak detection and HazMat or emergency response. It combines third‑generation patented PID technology, rapid response and high sensitivity with rugged, intrinsically safe construction for reliable use in demanding, classified environments. Integrated wireless networking, extensive datalogging and powerful sampling support real‑time decision‑making, while tool‑free maintenance, automated calibration options and flexible power packs help reduce downtime and whole‑life ownership costs.
For detailed technical data, consult the Specifications tab.
RAE Systems MiniRAE 3000 VOC is designed for industrial hygiene teams, leak detection specialists and emergency responders who require rapid, reliable volatile organic compound readings. Third‑generation patented PID sensor technology delivers an extended measurement range with a response time of around three seconds, helping incident commanders and technicians track changing conditions in real time. High detection resolution down to low sub‑ppm levels supports early recognition of small releases before they develop into larger incidents.
Multiple PID lamp options allow the detector to be configured for benzene, TVOC and a wide range of VOCs, supporting varied processes and remediation tasks on a single platform. Improved linearity and stability, combined with built‑in humidity and temperature measurement for compensation, help maintain confidence in readings across diverse environments and operating conditions.
The MiniRAE 3000 VOC handheld detector withstands demanding field use. Its dust‑tight, water‑resistant housing is suitable for harsh and decontamination environments, while a bright yellow rubber boot and flexible inlet probe provide additional impact protection and easier manoeuvring around pipework, vessels and confined spaces. Intrinsically safe classification supports deployment in hazardous areas where flammable vapours may be present, enabling direct VOC monitoring at the point of risk.
A wide operating temperature range and capability to operate in high, non‑condensing humidity mean the detector performs from cold outdoor locations to hot, humid process areas. Integrated diagnostics for pump stall, low battery and other system status conditions, together with EMC/EMI‑hardened design, help minimise false alarms and unexpected downtime. Loud audible alarms, bright visual indicators and multi‑level alarm types clearly alert personnel to hazardous exposure conditions and instrument faults.
Patented Reflex PID Technology is designed to enhance calibration stability, measurement performance and long‑term reliability, supporting consistent readings between service intervals. The patented PID lamp auto‑cleaning and Duty‑cyclinga9 functions work to reduce lamp contamination and fouling, cutting manual cleaning frequency and helping maintain detector availability in busy fleets.
Field‑serviceable design allows lamp and sensor access without tools, so routine tasks can be carried out on site instead of returning units to a workshop. Compatibility with AutoRAE and AutoRAE 2 calibration stations enables automated bump testing and calibration, helping standardise procedures, reduce technician workload and support compliance with internal and regulatory requirements.
The MiniRAE 3000 VOC supports both two‑point and three‑point calibration, so accuracy can be aligned to site standards and target compounds. Calibration memory stores multiple calibration gases with associated alarm limits, span values and calibration dates, simplifying fleet management and audit readiness. An integrated correction factors list covering more than 200 compounds allows the same detector to report on a broader range of chemicals than many alternative PIDs, reducing reliance on external conversion tables.
Built‑in datalogging records months of readings at defined intervals, including direct VOC values, time‑weighted exposure metrics and key status information for traceability and investigation. Data can be downloaded via a PC charging/download cradle or over BLE, and is compatible with a broader Safety Suite software ecosystem for fleet maintenance, analysis and reporting. Multi‑language capability helps standardise on a single instrument across global sites with mixed workforces.
With integrated RF modem, mesh radio, Bluetooth and BLE modules, the MiniRAE 3000 VOC acts as a node within wider wireless gas monitoring systems. It can transmit real‑time data to platforms such as ConneXT, ProRAE Guardian, EchoView Host and RAELink3‑enabled networks, giving command centres visibility of live readings and alarm status from multiple remote detectors.
Mesh networking and long‑range communications extend coverage around complex facilities, tunnels or urban areas. Logged and live wireless data support coordinated emergency response, inform environmental cleanup strategies and provide documentation for investigations, regulatory reporting and internal reviews.
A powerful internal sample pump enables sampling from significant distances, both horizontally and vertically, allowing remote assessment before entry and helping reduce personnel exposure. Automatic low‑flow alarms with pump shutoff protect the pump, highlight sampling issues and support safe operating practices.
The large, backlit multi‑line graphic display presents gas readings, exposure metrics, instrument status and environmental information clearly, even in low‑light conditions. An integrated LED flashlight assists navigation and reading in dark or confined spaces, while large keys remain operable through multiple glove layers, supporting dependable use in full PPE.
Rechargeable, external, field‑replaceable lithium‑ion battery packs provide runtime suitable for extended shifts, and interchangeable drop‑in alkaline packs offer flexibility where charging infrastructure is limited. The charging cradle charges the instrument and can also charge a spare battery pack simultaneously, helping keep detector pools ready for deployment.
The MiniRAE 3000 VOC is available as a monitor‑only unit, with an accessories kit, or with accessories plus calibration kit, enabling organisations to align purchases with project and site requirements. Accessories such as hard transport cases, additional filters, zeroing kits, gas outlet ports and tubing support rapid, complete deployment and simplify logistics across multiple locations.
Typical applications include HazMat and emergency response, environmental cleanup and remediation, leak detection, industrial safety, indoor air quality investigations, urban search and rescue, venue protection, civil defence and oil and gas operations. Downloadable datasheets, user manuals, PID response guides and certificates, together with distributor‑provided technical support, training and demonstrations, help safety managers implement MiniRAE 3000 VOC as a robust, long‑term platform for professional VOC risk management. A strong warranty on key components further underpins long‑term reliability expectations.
| Size | 10” L x 3.0” W x 2.5” H (25.5 cm x 7.6 cm x 6.4 cm) |
| Weight | 26 oz (738 g) |
| Sensors | Photoionization sensor with standard 10.6 eV or optional 9.8 eV or 11.7 eV lamp |
| Battery |
• Rechargeable, external field-replaceable Lithium-Ion battery pack • Alkaline battery adapter |
| Running Time | 16 hours of operation (12 hours with alkaline battery adapter) |
| Display Graphic | 4 lines, 28 x 43 mm, with LED backlight for enhanced display readability |
| Keypad | 1 operation and 2 programming keys, 1 flashlight on/off |
| Direct Readout |
• Instantaneous reading • VOCs as ppm by volume (mg/m³) • High values • STEL and TWA • Battery and shutdown voltage • Date, time, temperature |
| Alarms |
95dB at 12” (30 cm) buzzer and flashing red LED to indicate exceeded preset limits • High: 3 beeps and flashes per second • Low: 2 beeps and flashes per second • STEL and TWA: 1 beep and flash per second • Alarms latching with manual override or automatic reset • Additional diagnostic alarm and display message for low battery and pump stall |
| EMC/RFI |
Compliant with EMC directive (2004/108/EC) EMI and ESD test: 100MHz to 1GHz 30V/m, no alarm Contact: ±4kV Air: ±8kV, no alarm |
| IP Rating |
• IP-67 unit off and without flexible probe • IP-65 unit running |
| Datalogging | Standard 6 months at one-minute intervals |
| Calibration |
Two-point or three-point calibration for zero and span. Reflex PID Technology™ Calibration memory for 8 calibration gases, alarm limits, span values and calibration dates |
| Sampling Pump |
• Internal, integrated flow rate at 500 cc/min • Sample from 100’ (30m) horizontally or vertically |
| Low Flow Alarm | Auto pump shutoff at low-flow condition |
| Communication & Data Download |
• Download data and upload instrument set-up from PC through charging cradle or using BLE module and dedicated APP • Wireless data transmission through built-in RF modem |
| Wireless Network | Mesh RAE Systems Dedicated Wireless Network |
| Wireless Range (Typical) |
Up to 15 ft (5 m) for BLE EchoView Host: LOS > 660 ft (200 m) ProRAE Guardian & RAEMesh Reader: LOS > 660 ft (200 m) ProRAE Guardian & RAELink3 Mesh: LOS > 330 ft (100 m) |
| Temperature | -4° to 122° F (-20° to 50° C) |
| Humidity | 0% to 95% relative humidity (non-condensing) |
| Attachments | Durable bright yellow rubber boot |
| Warranty | 3 years for 10.6 eV lamp, 1 year for pump, battery, sensor and instrument |
| Wireless Frequency | ISM license-free band. IEEE 802.15.4 Sub 1GHz |
| Wireless Approvals | FCC Part 15, CE R&TTE, Others¹ |
| Radio Module | Supports BLE or Bluetooth or RM900 |
| VOCs |
0 to 999.9 ppm 1,000 to 15,000 ppm |
0.1 ppm 1 ppm |
< 3 s |
|
US and Canada: CSA, Classified as Intrinsically Safe for use in Class I, Division 1, Groups A, B, C, D Europe: ATEX II 2G EEx ia IIC T4 |
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Our goal is to help people in the best way possible. this is a basic principle in every case and cause for success. contact us today for a free consultation.
Our goal is to help people in the best way possible. this is a basic principle in every case and cause for success. contact us today for a free consultation.
Our goal is to help people in the best way possible. this is a basic principle in every case and cause for success. contact us today for a free consultation.
Our goal is to help people in the best way possible. this is a basic principle in every case and cause for success. contact us today for a free consultation.
Our goal is to help people in the best way possible. this is a basic principle in every case and cause for success. contact us today for a free consultation.
Our goal is to help people in the best way possible. this is a basic principle in every case and cause for success. contact us today for a free consultation.
Our goal is to help people in the best way possible. this is a basic principle in every case and cause for success. contact us today for a free consultation.
Our goal is to help people in the best way possible. this is a basic principle in every case and cause for success. contact us today for a free consultation.
Our goal is to help people in the best way possible. this is a basic principle in every case and cause for success. contact us today for a free consultation.
