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It is a radio device to be installed in a car! It supports output of 10W and 25W.
It supports frequencies of 60 MHz and 150 MHz, and multi-channel frequency implementation is also possible. The output is compatible with 10W and 25W. It features squelch control and an alarm display function in case of abnormalities. It has a built-in DC-DC converter and supports power supply of DC +13.8V / DC +27.6V.
A LoRa wireless device that can transmit over a distance of 5 km! Recommended model for cases where measurement points with one analog input are distributed.
The LoRa radio device HLR-A1, which is an analog single-point model, can input one analog signal and transmit data to an IoT gateway via LoRa wireless communication. Additionally, the HLR-A1 can be used in conjunction with the HLR-A1-OUT as a wireless transmission mode function. This feature allows the analog input signal from a single HLR-A1 to be transmitted simultaneously via LoRa wireless to multiple (up to 50) HLR-A1-OUT devices. The wireless communication utilizes LoRa, which is one of the wireless technologies for IoT. Therefore, it is possible to communicate up to a maximum line-of-sight distance of 5 km to the parent IoT gateway HLR-GW, allowing wireless connectivity in areas where traditional 920MHz band specific low-power wireless communication would have required a relay station. This has been well received by customers. * This device is used with LoRa Private.
![[Case Study] Strengthening Environmental Monitoring! Automatic Collection of Drainage Anomaly Notifications and Water Quality Evidence!](https://image.mono.ipros.com/public/product/image/2e1/2000777884/IPROS04977891005682636098.png?w=280&h=280)
We recommend this to customers who want to efficiently manage drainage quality! Real-time monitoring available!
The customer needed to take prompt action in the wastewater treatment area of the factory in case of abnormalities, but they were troubled by the fact that they could not notice abnormalities without going to the site, and it was difficult to identify the cause because they did not know the data trends when abnormalities occurred. Therefore, we proposed the "LoRa wireless device" and also included a relay that can perform one-stage relaying. We enabled the wireless transmission of analog signals and contacts (abnormal signals) output from various water quality sensors at the wastewater treatment site, allowing for automatic data collection at the office's IoT gateway. [Case Overview] ■ Issues - Unable to notice abnormalities without going to the site - Difficult to identify the cause due to lack of data trends - Cost concerns when considering new wiring work ■ Request: Implementation of a system that can immediately notify in case of abnormalities and collect data wirelessly ■ Proposal: LoRa wireless device *For more details, please refer to the PDF document or feel free to contact us.
![[Case Study] From power monitoring of compressors at four factories to decarbonization measures!](https://image.mono.ipros.com/public/product/image/959/2000777903/IPROS71829780159789552949.png?w=280&h=280)
A wealth of features including report functions, comparison functions, and composite graph functions! The only cost is for the equipment!
The customer received instructions from the top to implement a decarbonization plan and expressed a desire to start by understanding the current situation, specifically by monitoring the power usage of four compressors that are likely to have high electricity consumption in the factory. However, the four compressors are scattered throughout the factory, making it difficult to accurately grasp the power consumption through regular inspections. Additionally, they wanted to automatically collect power consumption data, but were struggling with the complexity of wiring work. In response, we proposed the "LoRa wireless device." This device can be retrofitted to the measurement points, allowing for monitoring and data collection of all power element data from the measurement points in the office via wireless communication. [Case Overview] ■ Issues - Implementation of decarbonization measures - Monitoring of compressor power usage - Inability to accurately grasp power consumption through regular inspections ■ Request: Easy retrofitting to measurement points and monitoring via wireless communication from the office ■ Proposal: LoRa wireless device *For more details, please refer to the PDF document or feel free to contact us.
![[Case Study] Completely retrofitted! No wiring work required! Streamlining the routine inspection of flow meters.](https://image.mono.ipros.com/public/product/image/62b/2000777956/IPROS98258924815628813245.png?w=280&h=280)
An IoT gateway can expand to 50 LoRa wireless devices with just one unit! Routine inspection tasks will also become unnecessary!
The customer has introduced Keyence's clamp-on flow meters at their factory and conducts numerical checks twice a day during morning and afternoon inspections. The flow meters are located in four places far from the office, making it very cumbersome and inefficient to check them daily. They wanted to implement automatic data collection but were concerned about the high costs of wired installation. Therefore, we proposed the "LoRa wireless device." This eliminated the need for inspection visits to the four distant flow meters and also removed the need for wiring work between the site and the office, allowing for a cost-effective installation. [Case Overview] ■ Issues - The flow meters being inspected are located far from the office, making it cumbersome and inefficient. - They want to implement automatic data collection, but wired installation costs are high. ■ Request: A wireless data collection system that does not require wiring work and can be easily retrofitted. ■ Proposal: LoRa wireless device. *For more details, please refer to the PDF document or feel free to contact us.
Attention equipment/facility management personnel! You can achieve factory DX, IoT implementation on-site, and efficiency in inspection tasks!
"Our company policy requires that we can only adopt systems that do not use the cloud." "Do you have concerns such as wanting to start data collection with a small scale?" With the 'LoRa wireless device' specialized for data collection and visualization, it is possible to achieve factory DX, IoT implementation on-site, and efficiency in inspection tasks. Even when placed inside a control panel, it can communicate over a distance of 1.5 km without the need for wiring, making it low-cost. 【Features】 ■ Can communicate over a distance of 1.5 km even when placed inside a control panel ■ No wiring required, low cost ■ Small start possible from a single measurement point ■ Monthly usage fee of 0 yen, does not use the cloud ■ The system is completed locally, so the only necessary cost is the equipment cost *For more details, please refer to the PDF document or feel free to contact us.
Installed ultraviolet radiation intensity sensor
It measures the irradiance (W/m²), defined as the ratio of the radiation flux (W) incident on a surface to the unit area (m²), in the UVA / UVB / UVC spectral range. With the adoption of a new photodiode, it is insensitive to ? and infrared light. The outdoor installation type is the MC8P-PHOT3S series. ■mV signal output In the spectral regions of VIS-NIR, UVA, UVB, and UVC, it measures light and radiation amounts as illuminance (lux) or irradiance (W/m²). Additionally, it is capable of measuring the number of photons per unit time and unit area in the photosynthetically active radiation (PAR) wavelength range of 400–700 nm. The WPLP series does not require an external power supply.
We measure illuminance (lux), defined as the ratio of luminous flux (lumens) incident on a surface to the unit area (m²).
The spectral response curve of the light measurement probe approximates the human eye's response curve known as the standard photopic curve V(λ). The difference between the "WPLP-PHOT-01" in spectral response and the standard photopic curve V(λ) is calculated as the error f'1. Calibration of the probe is performed by comparing it with a photometer that has been calibrated by a primary metrology standard institution. The calibration procedure complies with CIE Document No. 69 (1987) "Method of Characterizing Illuminance Meters and Luminance Meters." Measurements are conducted by illuminating the probe with standard light A. The outdoor installation type is the MC8P-PHOT3S series.
Flare 12MP
The Flare12MP series is part of a family of industrial video cameras designed with advanced CMOS image sensors. These sensors have a high pixel count and generate very detailed images at a resolution of 12 megapixels. Additionally, this sensor features very fast readout, achieving frame rates of several hundred frames per second. The adjustable region of interest settings and subsampling capabilities allow for low-resolution output formats at significantly higher frame rates. This flexibility makes the Flare series effective for applications ranging from high-speed motion analysis to automated optical inspection systems.
VICTOREM 51B163
The Victorem CoaXPress series is a wide range of compact industrial video cameras equipped with high-performance Sony CMOS image sensors and high-bandwidth CoaXPress video output. Several models are available with various sensor options, allowing you to choose the appropriate Victorem camera for each application. With resolutions ranging from 0.4MP to 20.5MP and frame rates reaching several hundred frames per second, these powerful cameras are ideal for applications where performance is critical, such as volume measurement video capture, machine vision, and automated optical inspection.
Rank up with MiniVID! WiFi video camera now available! Can be attached to your existing microscope!
The "MinVID WiFi5MP" is a WiFi video camera that can be attached to most microscopes and can transmit images via WiFi. (It can also be mounted on eyepieces using a separately sold eyepiece adapter.) By downloading the free "UCamPlus" app from the App Store or Google Play Store, it can connect to most iOS devices (iPhone/iPad) or Android phones/tablets, allowing you to view videos and still images, and it comes with general computer software. 【Features】 ■ Capture microscope images on your computer, tablet, or smartphone ■ Achieve high resolution and high frame rate ■ Stream live video to multiple devices simultaneously, etc. *For more details, please download the PDF or contact us.
Realize communication lines and mass broadcasting with high-quality sound over IP networks!
"IP SOUND mono" is a monaural codec IP audio transmission device that enables high-quality sound bidirectional transmission over an IP network. It allows for easy system configuration without the use of servers, and can be used immediately with just network settings such as IP addresses. It transmits audio sources used in professional broadcasting equipment over an IP network with sound quality exceeding that of CDs. Additionally, it can be used without complex device settings, making system construction simple and cost-effective. 【Features】 ■ High reliability and support due to domestic production ■ Unique architecture that suppresses audio dropouts ■ Easy system construction as no server is required ■ Support for audio systems combined with wireless LAN ■ Ideal for low-cost construction of backup and master audio lines For more details, please refer to the catalog or feel free to contact us.
A wireless module equipped with LoRa mode, focused on serial communication, miniaturized for easier integration.
MLR-429 is a wireless module that focuses on serial communication, pursuing miniaturization and ease of integration. In addition to conventional FSK mode communication, it features a LoRa mode that enables ultra-long-range communication at low bit rates. In LoRa mode, it achieves communication distances of over 10 km in line of sight, despite having a low transmission power due to excellent reception sensitivity. It connects to external microcontrollers or PCs via a UART interface, allowing for the transmission and reception of customer data and device control using our unique command system developed in the industrial sector. It can be used for data transmission and telemetry applications. 【Features】 ■ Equipped with Technical Compliance Mark ■ Ultra-long-range data communication in the 429 MHz band using LoRa mode ■ Compact size ■ Compatible with LTM-1
Aggregating power consumption by machine unit and block unit to reduce costs! Case study of the wireless production visualization system 'FACTORY INSIGHT'.
By introducing the production visualization system "FACTORY INSIGHT" using wireless technology, a system can be established that allows for real-time collection of on-site information and communication of information to the site. This enables feedback of necessary information and sharing across various departments and positions, achieving "improved productivity" through understanding the current situation, anticipating the future, and quickly resolving issues! ■■■■ Case Study 3 of "FACTORY INSIGHT" ■■■■ <A system that achieves cost reduction through power monitoring> The pulses from power meters are collected by wireless terminals, allowing for the aggregation of power consumption at the machine and block levels. By consolidating this aggregated data to a host PC via wireless data collection terminals, it has become possible to manage the overall and individual power consumption collectively. Cost reduction is achievable without manual effort, and due to the wireless nature, the installation work can be kept to a minimum. Additionally, it is possible to sequentially grasp the consumption output while changing the locations of the wireless installations. *For more details on this case study, please download the materials from the link below.
For the short-term construction of AGV systems! Supplying wireless devices for AGVs tailored to your company's unique specifications.
The "Wireless Device for AGV" supplies wireless devices for AGVs tailored to your company's specifications. We target those who want to build AGV systems in a short time, those aiming to become AGV manufacturers, and those looking to internalize AGV systems. We can also accommodate overseas requests (depending on the number of units planned). 【Features】 ■ Supplies wireless devices for AGVs tailored to your company's specifications ■ Enables the quick establishment of AGV systems ■ Targeted at those aiming to become AGV manufacturers ■ Overseas support is possible depending on the number of units planned *For more details, please feel free to contact us.
