MD 9930 Thermal camera
Thermal cameras
MD 9930 is the go-to imager for most applications. Extremely versatile, with a great thermal resolution, it can view and check nearly any thermally stressed object. From electrical distribution boards, motors, bearings and friction, to hidden fault finding in the water supply or electrical systems in buildings. It can shoot both thermal, visible light and combined images that help with orientating and locating the fault from the image. Thermal focus is can be set manually and there is 32x digital zoom available. Cursors and central thermometer make images easy to read while thermal videos with high frame rate can follow quick changes in temperature. Audio comments can be added to the videos.
Do you own this product?
Which is the best for you?
Select a set
Videos
Promotional
Properties
Measuring functions
- Temperature;
- Temperature difference.
Key features
- Very fast frame rate 50 hz;
- Automatic markers on screen (hot spots, cold spots, central);
- 4 different palletes;
- Lock and compare feature;
- Temperature in °C, °F or K;
- Laser pointer;
- LED flashlight;
- Thermal and visible light videos;
- Simultaneous storage of visible light and IR images for video;
- Live transmission of video over HDMI or USB;
- Included 8 GB micro SD card (for more than 6000 images);
- Included card reader for PC;
- PC software for image editing and report building included;
- Li-Ion batteries with long life;
- Internal memory;
- Hold image feature.
Software
- Metrel IR analyser PC Software.
Technical data
- Dimensions (w x h x l): 224 x 77 x 96 mm
- Mass (without accessories): 500 g
Applications
Power generation
- Earthing and lightning protection in thermal energy power plants
- Testing contacts of high voltage energy switches and bonding resistances
Renewable energy sources
- Generator stator testing
- STC values and performance of PV panels
Power distribution
- Insulation of long cables
- DC Networks’ and Power Sources’ Line and Loop Resistances
Industrial installations
- Grid impedance and automatic trip-out ability
- Specific earth resistance measurement methods
- Earth leakage relay and fault currents
- Using thermography in electrical installations
Low voltage electrical installation safety
- Mains bonding and touch voltages during fault
- Switchboards and automatic trip-out protection
Low voltage earthing and lightning protection
- 2-clamps method for measuring lightning and earth protection
- Surge protection devices
Low voltage power quality
- Uninterruptible power supply
- Power quality reports
- Effects of power quality issues on living and working environment
Special locations
- Wet and outdoor locations
- IT system
- Low voltage photovoltaic installations
- DC installations
- EVSE construction and testing
Mobile installations
- Vehicles with an on-board generator
- Emergency response vehicles
- Telecommunication equipment in mobile installations
Machines safety
- Machines and fixed connected loads safety
Portable and fixed appliances
- PAT measurements and management
Hospital earthing and lightning protection
- Hospital earthing measurement with fall of potential method
- Mains bonding and touch voltages during fault current
- Surge protection devices in hospitals
Power supply and power distribution
- Hospital switchboards and automatic trip-out protection
- Power quality
Surgery rooms or operating theatres
- Medical IT system
- Isolated areas RCDs
- Medical devices
Patient recovery rooms and hospital wards
- Public and workspace electrical safety in healthcare
- Electrical safety in hospital wet areas
Troubleshooting
- Appliances troubleshooting
- Phase sequence detection
General purpose
- Home maintenance
Specifications
Where to buy?
Search for distributors and partners
Have a question?
Speak with a specialist
