- New
Hybrid Thermal IP Camera 1.2mm 4Mpx 4.0mm Fire Detection Fire Alarm WISUALARM HY-FT431LFP-TD1F4
zł1,762.28
Tax included
The HY-FT431LFP-TD1F4 dual thermal camera from WISUALARM is a professional solution designed for the highest level of fire and technical safety. Thanks to the unique combination of a traditional 4 Mpx optical sensor with an advanced high-sensitivity VOx thermal module, this device offers monitoring capabilities unavailable to standard systems.
The main advantage of the camera is its ability to instantly detect sudden temperature spikes and fire outbreaks even from a long distance, allowing for effective intervention before the fire fully develops. The device is perfect for specific industrial sectors, such as photovoltaic farms, energy storage facilities, electric vehicle charging stations, or PV inverters, where early diagnostics of overheating elements are crucial to avoid losses.
The camera offers a Dual Image function, allowing the thermal image to be overlaid on the visual one, which significantly facilitates precise threat localization. Additionally, a built-in intercom with a speaker and microphone allows for immediate voice communication with people in the protected zone. The sturdy red metal housing has a high IP67 ingress protection rating, providing full resistance to rain, dust, and extreme temperatures from -40 to +60 degrees Celsius.
By choosing this product, you are investing in an intelligent early warning system that effectively protects property and life, minimizing the risk of uncontrolled fire. It is a reliable support for remote surveillance of off-grid installations as well as advanced energy and industrial infrastructure.
Hybrid Thermal IP Camera 1.2mm 4Mpx 4.0mm Fire Detection Fire Alarm
Model: WISUALARM HY-FT431LFP-TD1F4
EAN: 6931240015322 SKU: 931015325
- Dual technology: Thermal imaging + Classic IP image
- Very high thermal sensitivity of VOx microbolometer < 60 mK
- Intelligent flame and fire detection from a long distance
- Intercom function: Built-in speaker and microphone
- Wide temperature measurement range from -10°C to 200°C
- High-resolution visual image 4 Mpx (2688 x 1520 px)
- Visual and audible alarm notifications
- Robust red metal housing IP67
- Micro SD card support up to 256GB and ONVIF protocol
- Power supply via PoE (802.3af) or 12V DC
Description
The HY-FT431LFP-TD1F4 dual thermal camera from WISUALARM is a professional solution designed for the highest level of fire and technical safety. Thanks to the unique combination of a traditional 4 Mpx optical sensor with an advanced high-sensitivity VOx thermal module, this device offers monitoring capabilities unavailable to standard systems.
The main advantage of the camera is its ability to instantly detect sudden temperature spikes and fire outbreaks even from a long distance, allowing for effective intervention before the fire fully develops. The device is perfect for specific industrial sectors, such as photovoltaic farms, energy storage facilities, electric vehicle charging stations, or PV inverters, where early diagnostics of overheating elements are crucial to avoid losses.
The camera offers a Dual Image function, allowing the thermal image to be overlaid on the visual one, which significantly facilitates precise threat localization. Additionally, a built-in intercom with a speaker and microphone allows for immediate voice communication with people in the protected zone. The sturdy red metal housing has a high IP67 ingress protection rating, providing full resistance to rain, dust, and extreme temperatures from -40 to +60 degrees Celsius.
By choosing this product, you are investing in an intelligent early warning system that effectively protects property and life, minimizing the risk of uncontrolled fire. It is a reliable support for remote surveillance of off-grid installations as well as advanced energy and industrial infrastructure.
Specification
Thermal Camera
Sensor: Uncooled VOx microbolometer; Matrix size: 120 x 90 px; Pixel size: 17 µm; Spectral range: 8 µm ... 14 µm; Color palettes: 12 available schemes.
Thermal Parameters
Thermal sensitivity (NETD): < 60 mK @ F1.0, 300 K; Thermal lens: 1.2 mm; Field of view: 90 °.
Temperature Measurement
Measurement range: -10 °C ... 200 °C; Accuracy: ± 5 °C; Measurement methods: Spot, Line, Area; Functions: Tracking hottest and coldest points.
Visual Camera
Sensor: 1/2.7 " Progressive Scan CMOS; Resolution: 2688 x 1520 (4 Mpx), 1080p, 720p; Sensitivity: 0.0052 Lux (color) / 0.0028 Lux (B/W) @ F1.6.
Visual Optics
Lens: 4.0 mm; Field of view: 85 °; Day/Night mode: Automatic ICR filter.
IR Illumination
IR illuminator range: 25 m.
Video Compression
Standards: Smart H.265+ / H.265 / Smart H.264+ / H.264 / H.264H / H.264B / MJPEG.
Audio and Intercom
Built-in microphone; Built-in speaker; Two-way audio support; Audible alarm signaling; Compliance with AAC standard.
Network and Protocols
Interface: RJ-45 (10/100 Base-T); Protocols: ONVIF, RTSP; WEB Server: Built-in; Max. number of online users: 10.
Intelligent Analysis (IVA)
Flame detection: 10 x 10 cm @ 10 m; Flame tracking and positioning; Fire detection; Temperature detection.
Image Functions
Dual Image (visual + thermal); D-WDR; 2D-DNR / 3D-DNR; BLC/HLC; AGC; White balance (WB); Mirror image; Privacy zones (max. 4); Corridor mode.
Software and Mobile Access
Access from a mobile phone is provided by the free DMSS application available for Android and iOS systems. The program allows for live viewing, playback of recordings, and receiving instant push notifications about flame detection or exceeding defined temperature thresholds. The application supports two-way audio communication (intercom) and remote management of alarm outputs. Thanks to P2P (cloud) technology, device configuration is fast and does not require a static IP address, and the intuitive interface allows for easy management of intelligent image analysis rules directly from a smartphone.
Interfaces and Memory
Memory card slot: Micro SD up to 256GB; Alarm inputs / outputs: 1 / 1; NAS (Network Attached Storage) support.
Power Supply and Power Consumption
Power supply: PoE (802.3af), 12 V DC / 430 mA; Power consumption: ≤ 5.16 W.
Design and Environment
Housing: Bullet - Metal; Color: Red; Protection class: IP67; Operating temperature: -40 °C ... 60 °C; Supported languages: English.
Contents
1x Hybrid thermal camera
1x Set of mounting anchors
1x Mounting template
1x RJ-45 connector cover
Dimensions, Weight
Product dimensions: 244 x 79 x 76 mm (D x W x H)
Package dimensions: 135 x 330 x 145 mm (D x W x H)
Product weight: 820 g
Weight with package: 1250 g
Zum Download
931015325
21 Items
Specific References
- EAN13
- 6931240015322
Comments (0)
No customer reviews for the moment.
The HY-FT431LFP-TD1F4 dual thermal camera from WISUALARM is a professional solution designed for the highest level of fire and technical safety. Thanks to the unique combination of a traditional 4 Mpx optical sensor with an advanced high-sensitivity VOx thermal module, this device offers monitoring capabilities unavailable to standard systems.
The main advantage of the camera is its ability to instantly detect sudden temperature spikes and fire outbreaks even from a long distance, allowing for effective intervention before the fire fully develops. The device is perfect for specific industrial sectors, such as photovoltaic farms, energy storage facilities, electric vehicle charging stations, or PV inverters, where early diagnostics of overheating elements are crucial to avoid losses.
The camera offers a Dual Image function, allowing the thermal image to be overlaid on the visual one, which significantly facilitates precise threat localization. Additionally, a built-in intercom with a speaker and microphone allows for immediate voice communication with people in the protected zone. The sturdy red metal housing has a high IP67 ingress protection rating, providing full resistance to rain, dust, and extreme temperatures from -40 to +60 degrees Celsius.
By choosing this product, you are investing in an intelligent early warning system that effectively protects property and life, minimizing the risk of uncontrolled fire. It is a reliable support for remote surveillance of off-grid installations as well as advanced energy and industrial infrastructure.