ヴァイサラ Product Lineup

Vaisala's Monitoring System (CMS) offers the following services: ▼ Real-time monitoring and alarm notifications for temperature, humidity, and other parameters using viewLinc software. ▼ Various alarm notifications are delivered through on-screen alerts, emails, SMS, alarm beacons, relay outputs to alarm services, and voice calls. ▼ Historical data and automatic alarm reports are stored on viewLinc's secure server. ▼ Data loggers can be easily connected via wired, PoE, Wi-Fi, or VaiNet long-range wireless. ▼ It is scalable from a single unit to thousands of sensing devices. ▼ Reliable redundant recording operates in parallel with the control system, simplifying validation. ▼ OPC UA and API options allow integration of viewLinc with other systems. ▼ Optional on-site calibration services ensure accurate temperature and humidity records. *For more details, please request materials or view the PDF data available for download.

Vaisala's multi-purpose temperature data logger monitors temperatures for four applications: ultra-low temperature freezers, refrigerators, and incubators, all with a single device. It is an excellent performance logger that replaces chart recorders and hardwired systems. The DL series loggers can connect to Vaisala viewLinc software to provide historical data, real-time data, remote alarms, and reports compliant with domestic and international regulations and standards. The data logger can also be integrated with third-party systems via an OPC server.

The RFL100 data logger uses Vaisala's proprietary VaiNet wireless technology, allowing for monitoring in various environments from warehouses to manufacturing sites, clean rooms, and laboratories. VaiNet wireless technology is based on LoRa(R) modulation technology, providing highly reliable and robust wireless signals even in long-range and complex obstacle environments. With this wireless technology, the data logger can transmit signals up to approximately 100 meters without signal amplifiers or repeaters (varies depending on conditions). The RFL data logger is used in conjunction with the viewLinc enterprise server software (version 5.0 and later). The RFL wireless data logger connects to the VaiNet network using Vaisala's AP10 access point. The data logger is suitable for monitoring temperature and humidity in controlled environments, alarm notifications, and report generation. The RFL100 can also be selected as a temperature-only data logger. *For more details, please request documentation or view the PDF data from the download section.

The AP10 can connect up to 32 VaiNet wireless data loggers (RFL100 for temperature and humidity or RFL100 for temperature measurement only) to Vaisala's viewLinc enterprise server software version 5.X and later.

The Vaisala HPP270 series hydrogen peroxide, humidity, and temperature probes HPP271 and HPP272 are designed for decontamination using hydrogen peroxide in harsh environments where repeatability, stability, and high-precision measurements are essential. The HPP270 series probes are suitable for various applications such as isolators, pass boxes, and indoor decontamination. The new basic model HPP271 measures only hydrogen peroxide vapor concentration, while the newly improved advanced model HPP272 provides all parameters required for the decontamination process, including hydrogen peroxide vapor concentration, temperature, and humidity (relative moisture saturation and relative humidity). It also allows for dew point and vapor pressure measurements. This probe can be used connected to the optional Indigo converter or as a standalone probe. Additionally, it can be easily configured, calibrated, and adjusted by connecting to the Vaisala Insight software.

The PEROXCAP measurement uses two Vaisala HUMICAP sensors. One has a catalytic layer, and the other does not. HUMICAP is a polymer film capacitive sensor that has a polymer thin film sandwiched between two electrodes on an alumina substrate. In the PEROXCAP measurement, the concentration of hydrogen peroxide vapor is indicated by the difference in the measurement values of the two sensors.