Industrial processes and test laboratories require rigorous, continuous monitoring in the design, validation, and service stages of product development, product testing, and manufacturing. The GP series is Yokogawa's latest laboratory recorder, with handle and footstands to enable portable and benchtop use.
The GP series is an industry-first multi-point touch panel, to improve intuitive and smart operator control. Users can scroll, pan, zoom historical data, and even write freehand messages on its dust-proof and water-proof display. It delivers industry leading reliability and measurement accuracy. The GP series is ideally suited for monitoring or troubleshooting long term physical or electrical trends.
New! Built-in AI function to predict the future
A future pen function that draws a predicted waveform for the future a little ahead.
By setting a future alarm for the predicted waveform, you will be notified in advance of possible future events.
>> Please refer to the related page, AI Product Solutions.
New! Supporting FDA 21 CFR Part 11, EU-GMP Annex 11, and data integrity
The advanced security function provides safety to use. With the expansion of the advanced security function option (/AS), it corresponds to US FDA 21 CFR Part 11, EU-GMP Annex 11, and data integrity in accordance with ALCOA +.
Predict the future and simultaneously display from the past to the future, and predict and notify you of the set events by e-mail etc.
* Notice on Java Plug-in running in Web browser for SMARTDAC+ series
An intuitive UI engineered for ease-of-use
Seamless display of historical trends—flick or drag the trend display to scroll through the data, even during measurement.
From a calendar, jump to waveforms of a specific date. From the alarm summary, jump to the waveform active during the alarm.
Immediately clear areas of concern with a hand-written message.
You can draw or hand-write on the waveform area using a stylus (standard accessory) or the tip of your finger. You can even select a color and line width. Alternatively, you can select from a list of preset messages.
Save trend waveforms of interest or screens displayed during alarms as image (PNG) files, and print them out at the same time.
Move the scale to display the value corresponding to that position as a numeric value. Instantly check maximum/minimum measured values.
[Patent technology]
All historical trends display
Long-duration trends can be fitted to a single screen for easy viewing.
All historical trends display
The time axis and engineering axis can expanded and compressed using a simple pinch together or apart function.
Pinch apart / Pinch together
You can arrange display objects such as trend, numeric, and bar graphs any way you like to create monitor displays that are customized to the environment. Start/stop pumps and perform other operations.
DAQStudio is software for creating custom displays. You can load screens you created onto the GP via Ethernet or external memory media (SD/USB) and display them.
You can select from 9 layouts, and save up to 20 configurations. (Multi panel available on the GP20 only)
Highly flexible and scalable architecture
Inputs and outputs are modular for easy expandability. The GP multichannel paperless recorder main unit alone provides up to 100 channels (GP20) of measurement.
Select from a wide variety of input/output modules.
Model | Name | Measurement/Application | Channels |
---|---|---|---|
GX90XA-10-U2 | Analog input module | DC voltage, DC current (with external shunt resistor connected), thermocouple, RTD, contact (solid state relay scanner type) | 10 |
GX90XA-10-L1 | DC voltage, DC current (with external shunt resistor connected), thermocouple, contact (Low withstand voltage solid state relay scanner type) | 10 | |
GX90XA-10-T1 | DC voltage, DC current (with external shunt resistor connected), thermocouple, contact (electromagnetic relay scanner type) | 10 | |
GX90XA-10-C1 | DC current (mA) (solid state relay scanner type) | 10 | |
GX90XA-10-V1 | DC voltage, DC current (with external shunt resistor connected), thermocouple, contact (Solid state relay scanner type) | 10 | |
GX90XA-04-H0 | DC voltage, DC current (with external shunt resistor connected), thermocouple, RTD, contact (individual A/D type) | 4 | |
GX90XA-06-R1 | 4-wire RTD, 4-wire resistance (solid state relay scanner type) | 6 | |
GX90YA | Analog output module | Current output | 4 |
GX90XD | Digital input module | Remote control input or operation recording | 16 |
GX90YD | Digital output module | Alarm output | 6 |
GX90WD | Digital input/output module | Remote control input or operation recording/alarm output | DI:8/DO:6 |
GX90XP | Pulse input module | Pulse signal data acquisition, integral count | 10 |
GX90UT | PID control module | PID control (2 loop) | AI:2/AO:2 DI:8/DO:8 |
Supports up to 450 channels of measurement. Note that if MATH and communication channels are included, the GP20 large memory type can record on up to 1000 channels. The GP main unit and expandable I/O can both use the same input/output modules
You connect directly with a LAN cable without connecting through a hub or repeater.
* You can also connect subunits of the GM Data Acquisition System.
Model | Type | Max.channels | Number of channels by configuration | |
---|---|---|---|---|
GP10 | Standard | 100ch | Main unit only | 0-30 |
Main + expandable I/O | 0-100 | |||
GP20 | Standard | 100ch | Main unit only | 0-100 |
Main + expandable I/O | 0-100 | |||
Large memory | 450ch | Main unit only | 0-100 | |
Main + expandable I/O | 0-450 |
The number of channels is for analog input only.
When the recorder is installed offsite (away from the DUT), you can place the expandable I/O at the site and monitor data without the need for long-distance wiring of thermocouples and other sensors.
A full range of network functions and software
AI comes standard on the GX/GP.
No complicated settings. Simply register channels, and you're ready to draw future measured data on those channels.
Use acquired data to predict future data, and display predicted future waveforms along with real time data on the trend monitor. Predicted future waveforms help you identify and deal with likely problems as soon as possible.
* Effective for relatively slowly fluctuating data. Not suitable for rapidly fluctuating data.
* Certain restrictions apply with the future pen function. See the general specifications for details.
You can set future alarms based on future data predicted by the future pen. You can check future alarm information in the Future Alarm Summary screen. Also, when a future alarm occurs, notification can be sent by external (digital) output or email. Because the future alarm information also includes the predicted alarm time, you can also identify the urgency.
> Click here for details on AI functions
Through a Web browser you can monitor the GP in real time and change settings. You can easily build a seamless, low-cost remote monitoring system with no additional software.
You can view monitor screens in real time that are identical to the trends, digital, and other displays on the GP main unit.
The setting screen lets you copy AI channel settings and other information to Excel for editing. You can reimport the data into the setting screen after editing.
Data files saved on the GP can be viewed and printed. You can perform statistical computation over an area and export to ASCII, Excel, or other formats.
Save settings or transfer them to the GP.
Schedule management for periodically executing calibration correction configuration and the like. The correction factor can be set separately for unit and sensor dependency. For AMS2750, we offer TUS software* that can easily create TUS (temperature distribution test) reports*.
* For information on TUS software, contact your Yokogawa representative.
Recorder pre-defined channel groups to separate data files with independent start and stop control. Up to 12 independent batches can be created.
Enables PID and program control
The web application enables remote operation and monitoring from a browser.
Various pre-configured control screens and display are available.
Combine and integrate complex legacy control panel into a simple and flexible data acquisition station.
Remote operation is possible through screens that are customized for your specific system.
Yokogawa's proprietary A/D converter allows the high speed module to measure data points as fast 1ms.
* With 1ch per module. At 2 ms, 2 ch per module, and at 5 ms or more, all 4 ch per module.
Model | Scan interval | ||
---|---|---|---|
1ms | 2ms | 10ms | |
GP10 | 1ch | 5ch | 10ch |
GP20-1 | 1ch | 5ch | 10ch |
GP20-2 | 5ch | 25ch | 40ch |
Users have the ability to choose two different scan intervals on a single GX/GP system. This allows users the flexibility to measure various types of inputs with two different scan intervals in a single system. For example, this provides for efficient, simultaneous measurement of signals with slow fluctuations such as temperature, and fast-changing signals such as pressure and vibration. Modules can be assigned to measurement groups.
Supports various kinds of math computation, including basic math and functions (square root, logarithms, trigonometry). Write formulas using variables for measured or computed data and save or display the results—this saves time and effort on post-processing. Create hourly, daily, monthly, and other reports with the Report function.
Ability to assign actions tied to specific events during the operation of the data acquisition station.
Provides a variety of convenient networking functions
GP supports Modbus TCP/IP client and server modes for Ethernet communications and Modbus RTU master and slave modes for optional serial communications.
Using the Modbus/TCP and Modbus/RTU functions, you can display and save data from the server and slave devices on the GP.*
* Requires the communication channel (/MC option ).
(Connect up to 16 Modbus/TCP servers, or up to 32 for the GP20-2.)
(Up to 31 Modbus/RTU slaves can be connected.)
Using the Modbus/TCP and Modbus/RTU functions, you can acquire GP data from upstream devices.
Using the EtherNet/IP server function, you can access the GX from a PLC or other device to read measurement/computation channels and write to communication input channels (GX10: up to 500ch, GX20-1: up to 300ch, GX20-2: up to 500ch). Communication channel function (/ MC option) is required.
In addition, the following operations required for batch processes can be performed through the PLC using Explicit messages.
*Only CIP commands are supported for MSG instructions.
*Reading of control alarm status, reading/writing of control alarm values/types, and control alarm ACK are not supported.
Note: Explicit message operation in OMRON PLC has not been confirmed.
Protocol function that enables connection from a GP to Mitsubishi Electric PLCs without sequencer programs. You can run the GP as an SLMP client, enabling writing of GP measured data to the PLC and writing of PLC data to communication channels.*
*Requires the communication channel function (/MC option).
Highly precise measured data from power measuring instruments (WT series power analyzers) can be acquired without loss of fidelity on the GP, and recorded and displayed alongside the GX's own measured data. This is ideal for performance evaluation testing because you can record instrument power consumption, temperature, and other phenomena simultaneously.
Data acquired by the GP can be accessed through Ethernet communication from a host system (OPCUA client). Writing from an upstream system to a GP communication channel requires the communication channel function (/MC option).
The GX supports DARWIN communication commands. Use your current DARWIN communication programs as-is on the GP.*
* See your dealer or nearest Yokogawa representative for details.
The FTP client/server functions allow you to easily share and manage data from a centralized file server.
The GP can send a variety of informative e-mail messages that include alarm notification reports, periodic instantaneous data values, scheduled report data and other information.
Using Dynamic Host Configuration Protocol (DHCP), the GP can automatically acquire the settings it needs (IP address) for network communications from a DHCP server. This makes it easier than ever to install the unit on a plant network.
GP uses SNTP protocol in client mode to acquire time information from a network time-server. This function allows any number of GP units within a facility to have precisely synchronized time; all units will record data with coordinated date and time stamp information. In addition, GP can function as a server, providing time data to other SNTP client units on the network.
Highly secure with proven reliability
Our portable models are easy to take anywhere, and offer the same functionality and ease-of-use.
Measured and calculated data is continuously saved to secure, internal non-volatile memory. At manual or scheduled intervals, the files in memory are copied to the removable media. In addition, the files can be copied and archived to an FTP server.
Because of the inherent reliability and security of non-volatile memory, the possibility of losing data under any operating condition or power failure event is extremely small.
For increased security, measured data can be saved in binary format. This format is very difficult to decipher or modify in traditional text editors or other programs. To enable easy and direct opening of the data in text editors or spreadsheet programs, choose text format. This allows you to work with your measurement data without dedicated software.
ASCI data display
Binary data display
Safely sends and receives customer data.
SSL: An encryption protocol for data sent over TCP/IP networks.
The front panel door can be locked to prevent mishandling of the power switch or external media.
A proprietary A/D converter delivers high speed, high precision data acquisition. (High-speed AI, PID control function)
SMARTDAC+ GX /GP/GM advanced security function option (/AS) provides safe and traceable data management in applications such as pharmaceutical manufacturing, biotechnology, health management, and medical institutions.
The advanced security function supports the strict requirements of US FDA 21 CFR Part 11, EU-GMP Annex 11 and other associated guidelines for data management.
It also supports data integrity in accordance with ALCOA+ (Attributable, Legible, Contemporaneous, Original, Accurate, Complete, Consistent, Enduring, Available) mentioned in PIC/S, WHO, MHRA and FDA guidance documents.
What is "ALCOA +"?
It refers to A: attribution, L: legibility, C: simultaneity, O: originality, A: accuracy, C: completeness, C: consistency, E: Persistence, and A: Availability. ALCOA + is a requirement for data integrity guidelines of PIC / S (Pharmaceutical Testing Contract and Pharmaceutical Testing Joint Scheme), WHO (World Health Organization), MHRA (Pharmaceuticals and Drug Regulatory Authority: UK), and FDA (Food and Drug Administration).
Measured data, settings, and operation logs are saved to a single encoded binary file. Encoded data in binary format offers a high level of security because it cannot be opened in most text editors.
If the data files are damaged or tampered with, SMARTDAC+ Standard Universal Viewer software will identify the nonconformity and notify the user accordingly.
SMARTDAC+ can automatically transfer data to an FTP server. FTPS, which encrypts data transferred via FTP using SSL, is also supported, allowing data files to be transferred safely.
Measurement data can be displayed and confirmed on the GX/GP (only the data in the internal memory) or the SMARTDAC+ Standard Universal Viewer software, and an electronic signature can be applied to that data. Three levels of signature are available: operator, supervisor and quality control. The signature along with information such as pass/fail and comments can be saved to the data for review and audit.
*Electronic signature to the GM is possible only from the SMARTDAC+ Standard Software. Electronic signature cannot be applied through GM's web server.
Data integrity requires that the right users have access to the right information.
SMARTDAC + can create users with various access privileges.
The SMARTDAC+ operation log is saved to a file along with measurement data.
When settings are changed, it is possible to record the reason for the change along with the setting change operation. In addition, checking the details of setting changes from "setting difference operation history" makes greatly reduces the data checking work during audits.
SMARTDAC+ Standard Software is possible to display measurement data, display the operation log, and configure the GX/GP/GM. It is also possible to sign in data using the SMARTDAC+ Standard Universal Viewer.
The Universal Viewer software can display data files in various forms such as waveforms and numeric values. It can display and print not only measurement data but also alarm and message lists and operation logs. With the operation log, a comparison of the settings before the change and those after the change can be displayed, allowing you to check the changes in detail.
It is also possible to sign the data by entering the user name, user ID and password after confirming the measurement data. If the data has already been signed, you can sign at a different level after confirming the signature state on the screen.
Hardware Configurator software allows for offline system configuration which can be imported via SD memory or external storage media as well as Ethernet communication. System settings can be printed in a table format to support GX /GP/GM system validation (IQ/OP/PQ).
In addition, a pair of selected setup data files can be compared, and their differences can be displayed and printed in table format.
Validation documentation (sold separately) is a validation protocol template that simplifies GX/GP/GM and SMARTDAC+ Standard system validation. The document is provided on the Yokogawa website as an MS Word file for easy editing.*
*The validation and document verification are the customer’s responsibility.
Model | GX90XA | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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Input type (Inputs: 10) |
DC voltage*1, standardized signal*1, thermocouple*1, RTD*2, DI*1, DC current (with external shunt resistor)*1, DC current*3, resistance*4 | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
DCV | 20 mV, 60 mV, 200 mV, 1 V, 2 V, 6 V, 20 V, 50 V, 100 V*5 | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Standard signal | 0.4-2 V, 1-5 V | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Resistance | 20, 200, 2000 Ω | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Thermocouple | R, S, B, K, E, J, T, N, W, L, U, W97Re3-W75Re25, KpvsAu7Fe, Platinel 2, PR20-40, NiNiMo, W/WRe26, N(AWG14), XK GOST | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
RTD | Pt100, JPt100, Cu10 GE, Cu10 L&N, Cu10 WEED, Cu10 BAILEY, Cu10 (20°C) α=0.00392, Cu10 (20°C) α=0.00393, Cu25 (0°C) α=0.00425, Cu53 (0°C) α=0.00426035, Cu100 (0°C) α=0.00425, J263B, Ni100 (SAMA), Ni100 (DIN), Ni120, Pt25, Pt50, Pt200 WEED, Cu10 GOST, Cu50 GOST, Cu100 GOST, Pt46 GOST, Pt100 GOST, PT500*4, PT1000*4 | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
DI | Level, Contact | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
DC current | 0-20 mA, 4-20 mA | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Scan intervals |
1/2/5/10/20/50/100/200/500ms, 1/2/5s Scan interval by type
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Power supply and consumption | Supplied from main unit, power consumption: 2 W or less | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Insulation resistance | Between input circuits and internal circuitry: 20 MΩ or greater (at 500 V DC) | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Withstand voltage | Between the input circuits and the internal circuitry: 3000 VAC for one minute (current input type and low withstand voltage type: 1500 VAC for one minute, high withstand voltage type: 3700 V AC for one minute) Between analog input channels: 1000 V AC for one minute (excluding b terminals for universal input type) (low withstand voltage type: 400 VAC for one minute, high speed universal type: 3000 V AC for one minute) |
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Terminal types | M3 screw terminals or clamp terminals | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Weight | Approx. 0.3 kg |
*1 Cannot be set for the current input type (type suffix code: -C1) or 4-wire RTD/resistance type (type suffix code: -R1).
*2 Cannot be set for the current input type (type suffix code: -C1), electromagnetic relay type (type suffix code: -T1), low withstand voltage type (type suffix code: -L1) or high withstand voltage type (type suffix code: -V1).
*3 Can only be set with current input type (type suffix code: -C1).
*4 Can only be set with 4-wire RTD/resistance type (type suffix code: -R1).
*5 Can only be set with high speed universal type (type suffix code: -H0).
Model | Suffix Code | Description | ||||
---|---|---|---|---|---|---|
GX90XA | Analog input module | |||||
Number of channels | -04 | 4 channels (-H0 type only) | ||||
-06 | 6 channels (-R1 type only) | |||||
-10 | 10 channels (-C1, -L1, -U2, -T1, -V1) | |||||
Type | -C1 | Current, scanner type (isolated between channels) | ||||
-L1 | Low withstand voltage DCV/TC/DI, scanner type (isolated between channels) | |||||
-U2 | Universal, Solid state relay scanner type (3-wire RTD b-terminal common) | |||||
-T1 | DCV/TC/DI, Electromagnetic relay scanner type (isolated between channels) | |||||
-H0 | High speed universal, individual A/D type (isolated between channels) | |||||
-R1 | 4-wire RTD/resistance, scanner type (isolated between channels) | |||||
-V1 | DCV/TC/DI, high withstand voltage scannertype (Isolated between channels) | |||||
- | N | Always N | ||||
Terminal form | -3 | Screw terminal (M3) | ||||
-C | Clamp terminal | |||||
Area | N | General |
Model | GX90YA |
---|---|
Output type (outputs: 4) | Transmission output, manual output |
Range | 4–20 mA or 0–20 mA |
Output update interval | 100 msec (shortest) |
Load resistance | 600 Ω or less |
Resolution | 0.002% |
Power supply and consumption | Supplied from main unit, power consumption: 3W or less |
Insulation resistance | Between output circuits and internal circuitry: 20 MΩ (at 500 VDC) |
Between output channel terminals: 500 VDC, 20 MΩ or greater | |
Withstand voltage | Between output circuits and internal circuitry: 1500 AC for one minute |
Between output circuits: 500 VAC for one minute | |
Terminal type | M3 screw terminals or clamp terminals |
Weight | Approximately 0.2 kg |
Model | Suffix Code | Description | ||||
---|---|---|---|---|---|---|
GX90YA | Analog output module | |||||
Number of channels | -04 | 4 channels | ||||
Type | -C1 | Current output (isolated between channels) | ||||
- | N | Always N | ||||
Terminal form | -3 | Screw terminal (M3) | ||||
-C | Clamped terminals | |||||
Area | N | General |
Model | GX90XD | |
---|---|---|
Input types (Inputs: 16) |
DI or pulse input*1 (Open collector or non-voltage contact) | |
ON/OFF detection | Open collector: Voltage of 0.5 V DC or less when ON, leakage current of 0.5 mA or less when OFF Non-voltage contact: Resistance of 200 Ω or less when ON, 50 kΩ when OFF |
|
Contact rating | 12 V DC, 20 mA or more | |
Power supply and consumption | Supplied from main unit, power consumption: 0.7 W or less | |
Insulation resistance | Between input terminals and internal circuitry: 20 MΩ or greater (at 500 V DC) | |
Withstand voltage | Between input terminals and internal circuitry: 1500 V AC for one minute | |
Terminal types | M3 screw terminals or clamp terminals | |
Weight | Approx. 0.3 kg |
Counting system | The rising edge of the pulse is counted. |
---|---|
Max. pulse period | 250Hz (The chattering filter : OFF) 125Hz (The chattering filter : ON) |
Minimum detection pulse width | Low (close), High (open), both is 2 ms or more |
Pulse detection period | 1ms |
Pulse measurement accuracy | ± 1 pulse |
Pulse count interval | Measurement interval |
Filter |
The chattering filter can be switched On/Off. (When the chattering filter is off, connect GX/GP so that it is not affected by the noise.) |
*1 Integration requires the math function (optional code /MT).
Model | Suffix Code | Description | ||||
---|---|---|---|---|---|---|
GX90XD | Digital input module | |||||
Number of channels | -16 | 16 channels | ||||
Type | -11 | Open collector/Non-voltage, contact (shared common), Rated 5 VDC | ||||
- | N | Always N | ||||
Terminal form | -3 | Screw terminal (M3) | ||||
-C | Clamp terminal | |||||
Area | N | General |
Model | GX90YD |
---|---|
Output types (outputs: 6) | Relay contact (c contact) |
Rated load voltage | 100 to 240 V AC or 5 to 24 V DC |
Max. load voltage/current | 264 VAC or 26.4 VDC, 3A/point (resistance load) |
Power supply and consumption | Supplied from main unit, power consumption: 1.4 W or less |
Insulation resistance | Between output terminals and internal circuitry: 20 MΩ (at 500 VDC) |
Withstand voltage | Between output terminals and internal circuitry: 3000 V AC for one minute |
Terminal types | M3 screw terminals |
Weight | Approx. 0.3 kg |
Model | Suffix Code | Description | ||||
---|---|---|---|---|---|---|
GX90YD | Digital output module | |||||
Number of channels | -06 | 6 channels | ||||
Type | -11 | Relay, SPDT(NO-C-NC) | ||||
- | N | Always N | ||||
Terminal form | -3 | Screw terminal (M3) | ||||
Area | N | General |
Model | Suffix Code | Description | ||||
---|---|---|---|---|---|---|
GX90EX | I/O expansion module | |||||
Port | -02 | 2 Ports | ||||
Type | -TP1 | Twisted pair cable | ||||
- | N | Always N | ||||
Area | -N | Standard accessories |
Model | GX90WD | |
---|---|---|
Input types (Inputs: 8) |
DI or pulse input*1 (Open collector or non-voltage contact) | |
ON/OFF detection | Open collector : Voltage of 0.5 V DC or less when ON, leakage current of 0.5 mA or less when OFF Non-voltage contact : Resistance of 200 Ω or less when ON, 50 kΩ when OFF |
|
Contact input rating | 12 VDC, 20 mA or more | |
Output type (outputs: 6) | Relay contact (C contact) | |
Rated load voltage | When connected to the main circuit (fi rst-order power supply), 150 VAC or less When connected to a circuit derived from the main circuit (second-order power supply), 250 VAC or less (the main circuit is 300 VAC or less and uses an isolated transformer) or 30 VDC or less |
|
Max. load current | 2 A (DC)/2 A (AC), resistive load | |
Power consumption | 1.9 W or less | |
Insulation resistance | Between input terminals and internal circuitry: 20 MΩ or greater (at 500 VDC) Between output terminals and internal circuitry: 20 MΩ or greater (at 500 VDC) |
|
Withstand voltage | Between input terminals and internal circuitry: 1500 VAC for one minute Between output terminals and internal circuitry: 3000 VAC for one minute |
|
Terminal types | M3 screw terminals | |
Weight | Approx. 0.3 kg |
Each unit (GX/GP main unit and expandable I/O), can use 1 module only.
Counting system | The rising edge of the pulse is counted. |
---|---|
Max. pulse period | 250Hz (The chattering filter : OFF) 125Hz (The chattering filter : ON) |
Minimum detection pulse width | Low (close), High (open), both is 2 ms or more |
Pulse detection period | 1ms |
Pulse measurement accuracy | ± 1 pulse |
Pulse count interval | Measurement interval |
Filter |
The chattering filter can be switched On/Off. (When the chattering filter is off, connect GX/GP so that it is not affected by the noise.) |
*1 Integration requires the math function (optional code /MT).
Model | Suffix Code | Description | ||||
---|---|---|---|---|---|---|
GX90WD | Digital input/output module | |||||
Number of channels | -0806 | 8 channel DIs, 6 channel DOs | ||||
Type | -01 | Open collector/non-voltage contact (shared common), rated 5 VDC; Relay, SPDT, (NO-C-NC) | ||||
- | N | Always N | ||||
Terminal form | -3 | Screw terminal (M3) | ||||
Area | N | General |
Model | GX90XP |
---|---|
Number of inputs | 10 |
Measurement interval | 100 ms (shortest) |
Input type | Contact (open collector, voltage-free contact), level (5 V logic) |
Input range | Up to 20 kHz* * 30 Hz when the chattering filter is in use (On) |
Minimum detection pulse width | 25 μs* * 15 ms when the chattering filter is in use (On) |
Measurement accuracy | Count ± 1 pulse During integration, the following accuracies are added. Upon MATH start: +1 measuring period Upon MATH stop: -1 measuring period * Integration requires the math function (optional code /MT). |
Chattering filter | Removes chattering up to 5 ms (can be turned on/off on each channel) |
Hysteresis width | Approx. 0.2 V |
Contact, transistor rating | Contact: 15 V DC or higher and 30 mA or higher rating. Minimum applicable load current 1 mA or less. Transistor: With the following ratings: Vce > 15 VDC, Ic > 30 mA |
Maximum input voltage | ±10 V DC |
Insulation resistance | Between input terminals and internal circuitry: 20 MΩ or greater at 500 V DC |
Withstand voltage | Between input terminals and internal circuitry: 1500 V AC for 1 minute |
Model | Suffix code | Description | ||||
---|---|---|---|---|---|---|
GX90XP | Pulse input module | |||||
Number of channels | -10 | 10 channels | ||||
Type | -11 | DC voltage/open collector/non-voltage contact (shared common), rated 5 VDC | ||||
— | N | Always N | ||||
Terminal form | -3 | Screw terminal (M3) | ||||
-C | Clamp terminal | |||||
Area | N | General |
Model | GX90UT | |
---|---|---|
Control loops | Number of loops | 2 |
Analog input (measured input) | Measured points | 2 |
Measurement type | DC voltage (DCV)/standardized signal, TC/RTD, DI (LEVEL and non-voltage contact)/DC current (with external shunt resistance) | |
Scan (control) interval | 100 ms or 200 ms (system global setting) | |
Analog output (control output/transmission output/sensor power supply) | Outputs | 2 |
Output type | Power supply for current, voltage pulse, or sensors. | |
Current output: 4-20 mA or 0-20 mA | ||
Voltage pulse output: ON voltage = 12 VDC or more (load resistance 600 Ω or more), OFF voltage = 0.1 VDC or less | ||
Can be used as a sensor power supply (13.0-18.3 VDC) | ||
Digital input (switching the SP, operation mode, etc.) | Inputs | 8 |
Input format | Non-voltage contact and open collector | |
Contact rating: 12 VDC or more, 20 mA or more | ||
Digital output (of alarms, events, etc.) | Outputs | 8 |
Output format | Open collector (sink type) | |
Output contact capacity | Max 24 VDC, 50 mA | |
Withstand voltage/insulation resistance | See PID control module general specifications (GS 04L51B01-31EN) | |
Terminal type | M3 screw terminals | |
Weight | Approximately 0.3kg |
Model | Suffix Code | Description | ||||
---|---|---|---|---|---|---|
GX90UT | PID control module | |||||
Number of loops | -02 | 2 loops | ||||
Type | -11 | 8 DIs, 8 DOs | ||||
— | N | Always N | ||||
Terminal form | -3 | Screw terminals (M3) | ||||
Area | N | General |
The SD cards of the following manufacturers have been verified for use with SMARTDAC+ GX/GP/GM, μR10000/μR20000 and FX1000. However, please note that Yokogawa does not guarantee normal operation of the SD card when using with products listed below.
The USB barcode reader of the following manufacturers have been verified for use with the SMARTDAC+ GX/GP series, DXAdvanced series. However, please note that Yokogawa does not guarantee normal operation of the USB barcode reader when using with products listed below.
This is a list of recorder and controller products that support the RoHS (2011/65/EU) directive.
This is a list of recorder and controller products that support the New Legislative Framework (NLF.)
List of languages that can be set for each model.
Performing control while changing the set point temperature moment by moment is called running a program pattern (or simply running a program). Sterilization and pasteurization require maintaining specific temperatures for specific durations.
SMARTDAC+ GX series records the clean room temperature, humidity, atmospheric pressure, door openings and closings, etc.
The GX20 and GX90UT offer an average value computation function making it ideal for controlling temperature and other fluctuating phenomena. The operating status can be controlled in real time, providing operating cost reductions.
Yokogawa Electric began offering the environmental monitoring system "OpreX Environmental Monitoring System" (hereinafter, OpreX EMS) for the pharmaceutical and medical device industries in October 2020. OpreX EMS, which was launched simultaneously domestically and overseas, is based on customers' needs, such as regulatory compliance, diversification of operational risks, and high usability. When asking the person in charge about the development history and features of the product, it was found that it is a new solution that meets the company's business vision.
Multi-touch technologies have rapidly moved from the commercial to the industrial sector where they are being used to enhance data analysis.
Introduction video of Yokogawa's new simple solutions: AI Product Solutions. Based on Yokogawa's experience and
knowledge of industrial automation, Yokogawa has launched easy to use AI Products for manufacturing sites and product development.
Smart user interface, smart architecture, and smart functionality is achieved in the new Yokogawa SMARTDAC+ data acquisition and control product series. The Yokogawa SMARTDAC+ GX and GP are fully integrated measurement, display, and recording platforms equipped with an advanced touch screen operator interface. GX series is a panel-mount design, capable of operating in harsh industrial applications and environments. GP is the portable version of the GX, intended for use in lab and test bench applications.
This short video introduces SMARTDAC+ GX20 Data Acquisition Station and demonstrates how quickly we can set the unit up to do measurement and data recording.
This short video shows the method of adding input/output modules to the Yokogawa SMARTDAC+ Data Acquisition recording system and how to confirm correct installation.
This short video shows the method of configuring alarms on the SMARTDAC+ paperless recorder. In this example setting a high alarm on channel 1 at 25 Deg C.
This short video shows the method of configuring group settings in SMARTDAC+ paperless recorder.
This short video shows the method of loading a configuration file stored on an SD card into a SMARTDAC+ paperless recorder.
This short video shows the method of configuring tag numbers in the SMARTDAC+ paperless recorder.
This video shows the capability of viewing information from the 21 CFR Part 11 compliant SMARTDAC+ paparless recorder range on an iOS or Android device