The GL100 series announces support for additional sensors in volatile wireless and non-wireless environments with ability to exchange input module.
GL100 are using the Wireless LAN (WLAN) of the IEEEE802 standards. Area that can use it is limited by the Wireless Telegraphy Act in the region.
GL100-WL / N
GL100-WL / N
GL100-WL / N
It is not able to connect two sensors of the same type.
There is the following input module.
Number of channels and measurement type are fixed with each input module.
| No. | Input module | Measurement (actual sensing) | Measurement (calculated value) |
|---|---|---|---|
| 1 |
Temp./Humidity sensor GS-TH |
Temperature (-20 to 85 ºC), Humidity (0 to 100 % RH) |
Accumulated temperature, Dew-point temperature |
| 2 |
Acceleration/Temp. sensor GS-3AT |
Acceleration in 3-axis (max. 10 G), Temperature (-10 to 50 ºC) |
N/A |
| 3 |
Illuminance/UV sensor GS-LXUV |
Illuminance (max. 200 k lx), UV intensity (max. 30 mW/cm2) |
Accumulated Illuminance, Accumulated UV intensity |
| 4 |
Carbon dioxide sensor GS-CO2 |
CO2 concentration (max. 9999 ppm) |
N/A |
| No. | Input module | Measurement (actual sensing) | Measurement (calculated value) |
|---|---|---|---|
| 5 |
Voltage/Temp. input module GS-4VT |
Voltage (max. 50 V) or Temp. (TC: K/T type) of 4 ch, Logic or Pulse of 4 ch |
|
| 6 |
Temperature input terminal GS-4TSR |
Thermistor (max. 120 ºC) of 4 ch, Logic or Pulse of 4 ch |
|
| 7 |
Thermistor sensor GS-103AT-4P |
Temperature sensor (-40 to 105 ºC), Normal type use with GS-4TSR module |
|
| 8 |
Thermistor sensor GS-103JT-4P |
Temperature sensor (-40 to 120 ºC), Ultrathin type use with GS-4TSR module |
|
| 9 |
AC current sensor adapter GS-DAP-AC |
AC current, 2 sensors are able to connect (*1) |
Power (instantaneous), Integrated power (Electric energy) |
| 10 |
AC current sensor GS-AC50A |
Clamp-on type (max. 50 A AC), use with GS-DAP-AC module |
|
| 11 |
AC current sensor GS-AC100A |
Clamp-on type (max. 100 A AC), use with GS-DAP-AC module |
|
| 12 |
AC current sensor GS-AC200A |
Clamp-on type (max. 200 A AC), use with GS-DAP-AC module |
|
GL100 will feature package solutions that combines several sensors and modules together for a one stop solution as an out-of-box-ready item for the specific application that best fits yor need.
The GL100 is able to use with the PC or the Smart devices. The data on the GL100 can be monitored using the software.
General purpose application software will continue to have the ability to view in Y-T chart, waveform, and digital values. It is able to be also controlled the GL100 in real-time.
General purpose application software has the ability to view in Y-T chart and digital values. The displayed information will be refreshed by request. The simple settings of GL100 are able to control.
* It is available for the Android OS and the iOS in the Google Play or App Store.
Supported OS : Android 4.1 to 6.0, iOS 7 / 8 / 9 (up to 9.3.4)
The most recent captured data is displayed in the digital value, trend graph or the alarm history. It is updated by operation of synchronous.
The new industry-specific customize software will feature targeted software in accommodating users with indicators that are specific and familiar to that industry.
* It is available to download at the autumn of 2014
| Specific-industry | Measurement capability | Description |
|---|---|---|
| Agriculture |
|
Confirm temperature accumulation, humidity deficit, solar radiation, ultraviolet rays as part of the vital indicators for healthy plant growth. Measure optimal saturation deficit by understanding the best conditions applied for growth, flowering, and fruiting using temperature accumulation and optimal growth environment scheme. |
| Logistics |
|
Transpiration of industrial equipment, temperature controlled transport of food, and warehouse temperature management can all be monitored to provide the safest and secured operation. Safety measurements through monitoring the vibration of the transport vehicles can be vital to heavy-industrial and vibration sensitive equipment. Accumulated temperature monitoring and humidity levels will be vital to keeping food fresh in a controlled environment. |
| Power measurement |
|
Power and electric energy levels will be displayed on the graph using measured AC current locally at the factory, buildings and industrial equipment. Corresponds to three power systems including two-wire single-phase, three-wire single-phase, or three-wire in three-phase. |
The following configuration is available to communicate with the GL100. The available function varies by the configuration.
Direct connection (peer-to-peer) with no LAN connection
Local area network (LAN) with no Internet connection
Local area network (LAN) with Internet connection
| Available functions | Configuration Case 1 | Configuration Case 2 | Configuration Case 3 | |||||
|---|---|---|---|---|---|---|---|---|
| PC (#1) |
Smart device (#1) |
PC (#2) *1 |
Smart device (#2) |
PC (#3) *1 |
Smart device (#3) |
PC (#4) |
Smart device (#4) |
|
| Control of full functions | Ο | Ο | Ο | Δ*2 | ||||
|
Control of simple functions (Start/Stop, Sampling, Alarm) |
Ο | Ο | Ο | Δ*2 | ||||
| Display Waveform/Digital value | Ο | Ο | Ο | Ο | Ο | Ο | Δ*2 | Δ*2 |
| Save data to PC | Ο | Ο | Ο | Δ*2 | ||||
| Receive message via email | Ο | Ο | Ο | Ο | ||||
Ο:Function is available. Δ:Function is available in the condition.
Note:
The captured data is able to save to the built-in memory or the microSD memory card. It has sufficient capacity of data.
| Destination | Capturing time |
|---|---|
| Built-in memory (approx. 4.9 MB) | Approx. 254 days |
| microSD memory card | Over 2 years |
The GL100 can be operated with batteries or USB bus-power. The power of the GL100 is automatically switched between the battery and the USB bus-power.
| Condition | Operating time |
|---|---|
| When saving data to the built-in memory with WLAN disabled | Approx. 2 weeks |
| Measurement items | Input module | Driven by battery (*2) | Powered by USB (*4) |
|---|---|---|---|
| Temp. & Humidity | GS-TH | Available | Available |
| Acceleration & Temp. | GS-3AT | Available | Available |
| 4ch, Voltage or Temp | GS-4VT | (*3) | Available |
| 4ch, Temp. (Thermistor) | GS-4TSR | Available | Available |
| Illuminance & UV | GS-LXUV | Available | Available |
| Carbon dioxide (CO2) | GS-CO2 | N/A | Available |
| AC Current & Power | GS-DPA-AC | Available | Available |
| Temp./Humidity + CO2 | GS-DPA(*1) + GS-TH + GS-CO2 | N/A | Available |
| Temp./Humidity + Illuminance/UV | GS-DPA(*1) + GS-TH + GS-LXUV | Available | Available |
| CO2 + Illuminance/UV | GS-DPA(*1) + GS-CO2 + GS-LXUV | N/A | Available |
Note;
The GL100-WL is able to transferring email and receiving email. The warning and other messages
are transferred from the GL100-WL. The command of simple control for the GL100-WL can be received.
You do not need to sensitive for the measured values at all times because you are able to have the better understanding of the situation by receiving email from the GL100.
You can change simple setting using the software for the smart drive. The simple setting is the start/stop, sampling and alarm. (The setting change commands are transferred using the email function.)
Setting of capture condition in the GL100 can be changed by receiving command by email.
(Setting change may be delayed. It varies by condition of communication for the email.)
The typical applications using the GL100 series are the following. GL100 series can be used for a variety of purposes in a wide variety of applications.
In In this example, the power of the air conditioner of building is monitors in offline. History of the amount of power is checked periodically.
In In this example, the acceleration on cargo bed of the track is measured. The data is checked in office or warehouse. The time and value that acceleration exceeds the threshold are displayed in the list.
In In this example, the Temperature, Humidity, Carbon dioxide (CO2), Illuminance, and UV are measured for it. When alarm is occurred, the warning message is transferred via email.
