Real-time wireless logger MZ (Japan Only)

The MZ series of real-time wireless loggers for use in Japan wirelessly transmit temperature, humidity, voltage, and pulse data measured by distributed wireless loggers to a receiver, which then connects to a PC via LTE communication (option)/wireless/wired LAN. It can be operation using a dedicated PC app or a tablet's web browser. It can be used in fields such as life sciences, logistics, and large-scale temperature/humidity monitoring in franchise stores.

Temperature and humidity can be traced throughout the entire distribution process, from manufacturing to transportation, delivery, and storage.

  • Prevents data loss even though it is a wireless communication system
  • Temperature and humidity data is measured and wirelessly transmitted by distributed data loggers, and the data is recorded on a PC via a receiver. Accurate data recording and a variety of alarm monitoring and alarm logs can be checked on mobile devices.
  • Wireless communication mode according to the purpose (automatic switching possible)
    "Long-distance wireless communication mode" Uses the LoRa® method to achieve a wider communication area. Can be installed inside refrigerators and cooler boxes.
    "high-speed wireless communication mode" Automatically detects loggers within the communication area and high-speed collects data from the loggers
  • The receiver is equipped with wireless LAN, wired LAN, and LTE communications. It can flexibly support a wide range of systems, from relatively large systems where high-order server automatically collects measurement data, to simple operations with only a data logger, receiver, and tablet.
  • Models equipped with large-capacity batteries with a lifespan more than five times that of alkaline AAA batteries are available

Wireless logger also suitable for energy conservation measures through power monitoring

Analyzes instantaneous power that cannot be analyzing from pulse information alone and optimizes equipment operation

  • Accurate time information makes it possible to compare the operating status of the equipment
  • Monitors pulse model data and power consumption
  • Up to 2,000 points can be monitored

Analyze peak power consumption for specific times

Specifications

Data Logger

Name Thermistor built-in model External thermistor model temperature/humidity model *1 resistance thermometer model *2 Voltage input model *3 Pulse input model *4
Models MZ-T00 MZ-T01 MZ-T02
(Combined with temperature/humidity sensor MD9204)
MZ-T02
(Combined with resistance thermometer unit MZ-S04N)
MZ-T02
(Combined with voltage unit MZ-S05V)
MZ-T02
(Combined with pulse unit MZ-S06P)
Measurement range -25.0~50.0℃ -40.0~60.0℃ Temperature: -20.0 to 60.0°C
Humidity: 0 to 100%rh
-199.9 to 199.9℃(Pt100) +0.000Vdc to +8.000Vdc 0 to 8000 counts
Number of recorded data 53,000 data
Recording Cycle 5 seconds to 60 minutes
Local Wireless Communication 920MHz band specific low power radio (LPWA radio (LoRa® method) and FSK method)
Power supply 2 AAA batteries (compatible with alkaline batteries, lithium batteries, and nickel-metal hydride rechargeable batteries)
Battery life
(Large capacity model)
About 1.5 years
(About 8 years)
About 1 year
(About 8 years)
About 10 months
(About 5.5 years)
About 10 months
(About 4.5 years)
About 10 months
(About 4.5 years)
specifications IP54 (dew condensation) IP54 (dew condensation) *Sensor section excluded
Sensor Cable Length None (sensor built into main unit) 2m/5m Sensor part directly attached/2m *5 /5m *5 resistance thermometer sold separately Sensor part directly attached/2m *5 /5m *5
Operating temperature limit -25℃ to 50℃ (-10℃ to 50℃ when using alkaline batteries)
*1 Used by connecting a data logger (models: MZ-T02) and a temperature/humidity sensor (models: MD9204)
*2 Connect the data logger (models: MZ-T02) and resistance thermometer unit (models: MZ-S04N) to use. resistance thermometer is not included.
*3 Used by connecting a data logger (models: MZ-T02) and a voltage unit (models: MZ-S05V).
*4 Used by connecting a data logger (models: MZ-T02) and a pulse unit (models: MZ-S06P).
*5 accessories: Use extension cable

Receiver

Models MZ-G10
Operating temperature limit -10℃~50℃
Local Wireless Communication 920MHz band specific low power radio (LPWA radio (LoRa® method) and FSK method)
Mobile Wireless Communications LTE (CAT1) NTT Docomo (including MVNO)
Location GPS (GNSS)
Ethernet Communication Wired LAN / Wireless LAN
Power supply 12V DC / 24V DC / 100V AC (option) / Built-in rechargeable battery (option)
Battery life Approximately 4 hours (back up during power outage)
Number of recorded data 60 loggers (53,000 data each)
Recording Cycle 1 to 10 minutes

application Software

This is application software that allows you to centrally manage data from loggers and receivers.

Models MZ-A01
Supported OS Windows 10 (64bit), Windows 11, Windows Server 2022

Download Documents & Softwares

Catalog

Specification Sheet (PS Sheet)

  • Real-time wireless logger MZ series receiver
    ファイルサイズ1MB
    Document No.
    PX-51-1
  • Real-time wireless logger MZ series data logger (built-in thermistor model)
    ファイルサイズ1MB
    Document No.
    PX-52-1
  • Real-time wireless logger MZ series data logger (external thermistor model)
    ファイルサイズ1MB
    Document No.
    PX-53-1
  • Real-time wireless logger MZ series data logger (temperature/humidity model)
    ファイルサイズ1MB
    Document No.
    PX-54-1
  • Real-time wireless logger MZ series data logger (resistance thermometer model)
    ファイルサイズ1MB
    Document No.
    PX-55-1

CAD Data

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Instruction Manual

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  • MZ Series [Quick Reference, Introduction]
    ファイルサイズ2MB
    Models
    MZ
    Document No.
    MZ-14A
    Downloads
  • MZ Series [Quick Reference, browser Connection (Wireless LAN)]
    ファイルサイズ1MB
    Models
    MZ
    Document No.
    MZ-02A
    Downloads
  • MZ Series [Quick Reference, browser Connection (Wired LAN)]
    ファイルサイズ1MB
    Models
    MZ
    Document No.
    MZ-15
    Downloads
  • MZ Series [Quick Reference, App Installation]
    ファイルサイズ1MB
    Models
    MZ
    Document No.
    MZ-06A
    Downloads
  • MZ Series [Quick Reference, Logger registration and Settings]
    ファイルサイズ2MB
    Models
    MZ
    Document No.
    MZ-09B
    Downloads
  • MZ Series [Quick Reference, Network App Connection (Wireless LAN)]
    ファイルサイズ1MB
    Models
    MZ
    Document No.
    MZ-16
    Downloads
  • MZ Series [Quick Reference, Network App Connection (Wired LAN)]
    ファイルサイズ1MB
    Models
    MZ
    Document No.
    MZ-17
    Downloads
  • MZ Series [Quick Reference, browser Connection via Network (Wired LAN)]
    ファイルサイズ1MB
    Models
    MZ
    Document No.
    MZ-22
    Downloads
  • MZ Series [Quick Reference, Network browser Connection (Wireless LAN)]
    ファイルサイズ1MB
    Models
    MZ
    Document No.
    MZ-23
    Downloads
  • MZ Series [browser Connection]
    ファイルサイズ6MB
    Models
    MZ
    Document No.
    MZ-01D
    Downloads
  • MZ Series [Logger/Receiver]
    ファイルサイズ11MB
    Models
    MZ
    Document No.
    MZ-03E
    Downloads
  • MZ Series [application software volume]
    ファイルサイズ6MB
    Models
    MZ
    Document No.
    MZ-05D
    Downloads
  • MZ Series [Grafana Setting Tool Edition]
    ファイルサイズ2MB
    Models
    MZ
    Document No.
    MZ-18A
    Downloads
  • MZ Series [Grafana operation]
    ファイルサイズ2MB
    Models
    MZ
    Document No.
    MZ-19A
    Downloads

Softwares

Application Examples

RelatedInfo

What is specific low-power radio?

The real-time wireless logger MZ uses a specific low-power radio in the 920MHz band for local wireless communication between the transmitter and receiver.
- It is possible to cover a wide area with low power transmission.
・In general, it has the property of being relatively penetrating through walls and inside buildings. Therefore, the signal reach is improved even in communication in indoor environments.
- The 920 MHz band is known as sub-GHz, similar to the 2.4 GHz and 5 GHz bands commonly used for Wi-Fi.
The MZ's long distance communication mode uses Charp signal modulation to improve the S/N ratio and extension the communication distance.
For the reasons mentioned above, the 920 MHz band is considered suitable for monitoring, control, data logging, and other purposes in industrial environments.
However, when actually using the device, it is necessary to take into consideration the communication range, surrounding radio wave environment, legal regulations, etc.

What is LTE communication?

Since LTE communications can be used during data collection, it is also possible to send email notification if there are any temperature abnormalities during transportation.
Suitable for centralized temperature control in multiple warehouses and stores.

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FAQ

If you have any problems with temperature control,
 please feel free to contact us.

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