Name: PC-Based MX100 停產產品
Brand: Yokogawa
SKU: pc-based-mx100

通知: 本產品於2019年3月31日停止生產。

For test applications with data logging requirements, the MX100 scales from four to 1200 channels. It streams, records, displays, and reports with no programming required.

When combined with Yokogawa's turnkey PC software, the MX100's multi-channel capability and high isolation voltage offers the ultimate in measurement power.

High Performance

Multi-Channel Capability, High Isoration Voltage

Shortest measurement interval of 10 ms (high-speed measurement of 10 ms on 24 channels or 100 ms on 60 channels is possible).
Possible to acquire data from up to 1,200 channels (when using Yokogawa's proprietary software).
Reinforced insulation between the input terminal and the case handles 3700 Vrms for one minute, or 600 Vrms/VDC continuous.

Multi-Interval Measurement

Mixed use of three types of measurement intervals is enabled within the system (measurement intervals are set for each module).

Easier to Use

Flexible System Configuration

By configuring modules, a system can be built or modified to utilize 4 to 1,200 channels, and measurement intervals of 10 ms to 60 s.

Versatile PC-Based Software Options

Software developed by Yokogawa, an API, and a LabVIEW driver are available.

Easy Software Setup

PC software developed by Yokogawa automatically identifies any connected MX100s.

High-Speed, Multi-Channel Capability

The table below provides reference information on the maximum number of measurable channels in relevant measurement intervals (when using Yokogawa's proprietary software):

Measurement interval	Maximum number of measurable channels	Measurable objects	PC software		Number of necessary modules (example)
Measurement interval	Maximum number of measurable channels	Measurable objects	MX100 Standard software	MXLOGGER	Main Module (MX100)	Four-channel High-speed Universal Input Module (MX110-UNV-H04)	Ten-channel Medium-speed Universal Input Module (MX110-UNV-M10)
10 ms	24 channels	DCV/DI	√	√	1	6	—
50 ms	24 channels	DCV/TC/RTD/DI	√	√	1	6	—
50 ms	120 channels	DCV/TC/RTD/DI	—	√	5	30	—
100 ms	60 channels	DCV/TC/RTD/DI	√	√	1	0	6
200 ms	500 channels	DCV/TC/RTD/DI	—	√	9	0	50
500 ms	600 channels	DCV/TC/RTD/DI	—	√	10	0	60
1000 ms	1200 channels	DCV/TC/RTD/DI	—	√	20	0	120

√ measurement that support is possible
— measurement that support is not possible

The relationship between measurement intervals and the number of channels largely depends on the performance of the PC. The actual performance may differ from that shown in the table.

CPU: Pentium 4 3.2 GHz; Memory: 1 GB; OS: Windows 2000; Hard disk: 160 GB
Communication interface: Ethernet 100Base-TX

Multi-Interval Measurement

Three types of measurement intervals can be used in a single system in various combinations. Measurement intervals are specified for each module. It is also possible to set different types of input modules to the same measurement interval or to set the same type of input modules to different measurement intervals. Twelve measurement intervals are available as userselectable options: 10 ms, 50 ms, 100 ms, 200 ms, 500 ms, 1 s, 2 s, 5 s, 10 s, 20 s, 30 s and 60 s. Please note, however, that measurement intervals of 10/50 ms cannot be set to the Medium-speed Universal Input Module (MX110-UNV-M10).

Multi-interval systems can be flexibly built for each module as shown in the figure below. Three colors 3 indicator colors are used to indicate the three types of measurement intervals.

Examples of Setting Measurement Intervals

Monitor Window Using Yokogawa's Proprietary PC Software

The window shows measurement values by measurement intervals. Measurement can be performed while confirming rapidly-changing signals and slowly-changing signals simultaneously.

A: Measurement of sine waves at 0.5 Hz with a measurement interval of 100 ms
B: Measurement of sine waves at 8 Hz with a measurement interval of 10 ms
C: Measurement of sine waves at 1 Hz with a measurement interval of 50 ms

High Withstand Voltage (Reinforced Insulation)

Reinforced (double) insulation has been provided between the input terminals and the case to achieve a high withstand voltage of 600 Vrms/VDC (continuous). As shown below, each battery voltage can be measured even if the batteries are stacked to increase common-mode voltages.

High Breakdown Voltage

Noise Rejection (MX110-UNV-H04)

MX input modules employ integrating A/D converters with superior noise rejection performance. In particular, the MX110-UNV-H04 Four-Channel High-Speed Universal Input Module incorporates an integrating A/D converter for each input channel, thereby exhibiting strong noise rejection performance in high-speed measurement. Moreover, the digital filtering function is effective on noises that cannot be fully rejected even with integrating A/D converters. Time constants can be selected from 5 to 100 measurement interval times. Therefore, filtering can be applied according to the noise to be rejected.

Example of Noise Rejection

When the noise source in the left figure was applied to the MX, the result in the right figure was obtained. High-speed measurement can be stably performed even in noisy environments.

Noise source applied to the MX
A noise signal was applied between H and L (in normal mode).

Output window of MX100 for noise inputs
Module used: MX110-UNV-H04 Four-Channel High-Speed Universal Input Module
Measurement with the range of 2 V (-2 V to +2 V), measurement interval of 50 ms, integral time "Auto" and filter & "OFF."

Example of noise rejection

System Configuration

Connection between a single MX unit and a single PC

One MX unit enables data acquisition on up to 24 channels at a measurement interval of 10 ms, or up to 60 channels at a measurement interval of 100 ms (six modules installed in both cases).

Input signal
DC voltageThermocuple, RTD, Digital input (mixed input possible)

Output signal
Digital output

Setting up the System
The MX and PC are connected via a hub and a straight Ethernet cable.
Alternatively, they can be connected using a cross cable alone, without using the hub.

PC Software
In a one-to-one connection, the MX100 standard software included with the main module facilitates easy building of data acquisition environments.

One MX unit consists of a combination of a main module, input/output modules, and a base plate. This configuration centers on the main module.

Connection between multiple MX units and a single PC

Setting Up the System with multiple MX units

Example of a system
with multiple MX units

Setting up the System
The MX units and the PC are connected by means of a hub and straight Ethernet cables.

PC Software
Acquisition of data from multiple MX units is well-supported by Yokogawa's software "MXLOGGER" (optional). MXLOGGER enables data acquisitions of up to 20 MX units (one unit has inputs of up to 60 channels, or 1,200 channels on 20 units).

Please note that the shortest measurement interval of MXLOGGER depends on the system's total number of channels and the PC's performance.

If users wish to create their own data acquisition software, there is no limit to the number of MX units that can be integrated with a single PC software element. Please note, however, that if conditions with heavy loads (such as short measurement intervals with many units) are set to the PC and its software, data will not be acquired in time and some data may be lost.

Input Modules

Input Modules 01

Name	Model	No. of channels	Shortest measurement interval	Description
30 ch general purpose input module with 500 ms scan speed	MX110-VTDL30	30	500 ms	Clamp terminal, DCV/TC/DI
30 ch general purpose input module with 500 ms scan speed	MX110-VTDL30/H3	30	500 ms	M3 screw terminal, DCV/TC/DI

Input Modules 02

Name	Model	No. of channels	Shortest measurement interval	Description
Universal Input Modules	MX110-UNV-H04	4	10 ms	DC voltage, thermocouple, 3-wire RTD, DI (non-voltage contact, Level (5 V logic)). Mixed input allowed.
Universal Input Modules	MX110-UNV-M10	10	100 ms	DC voltage, thermocouple, 3-wire RTD, DI (non-voltage contact, Level (5 V logic)). Mixed input allowed.
4-Wire RTD and Resistance Input Module	MX110-V4R-M06	6	100 ms	DC voltage, 4-wire RTD, 4-wire resistance, DI (non-voltage contact, Level (5 V logic)). Mixed input allowed.
Strain Input Modules	MX112-B12-M04	4	100 ms	Built-in bridge resistance of 120 ohm
	MX112-B35-M04			Built-in bridge resistance of 350 ohm
	MX112-NDI-M04			For connection with an external bridge head and strain gauge type sensor (NDIS connector))
5 V Digital Input Module	MX115-D05-H10	10	10 ms	Non-voltage contact, open collector, and Level (5 V logic). Mixed input allowed.
24 V Digital Input Module	MX115-D24-H10	10	10 ms	Level (24 V logic), Vth = 12 V

Output Modules

Name	Model	No. of channels	Output update interval	Description
Analog Output Module	MX120-VAO-M08	8	100 ms	Allows mixed voltage (±10 V) and current (4-20 mA) output
PWM Output Module	MX120-PWM-M08	8	100 ms	Pulse width modulation output module
Digital Output Module	MX125-MKC-M10	10	100 ms	"A" contact (SPST)

Base Plate

Base plates available for all configurations, from 1 to 6 input/output modules.
When used for the MW100/MX100, you must replace the attachment with the one that comes standard with the MW100/MX100.

Accessories

Connector Covers Connector covers for open slots

AC Adapter (772075) AC adapter for the DC power model.
Operating temperature range: 0 to 40°
*Only for the MW100

Accessories (Removable Terminal)

Accessories (Removable Terminal) 01 All input/output terminals are removable except for those of the MX112-NDI-M04. If multiple terminals are prepared ahead of time, no re-wiring is needed between measurements.

Accessories (Removable Terminal) 02

Model	Description
772061	Screw (M4) terminal block (RJC (reference junction compensation) included). For use in combination with 772062. Compatible with MX110-UNV-M10, MX115-D05-H10, and MX115-D24-H10.
772062	Connection cable between input modules and the screw terminal block. Compatible with MX110-UNV-M10, MX115-D05-H10, and MX115-D24-H10.
772063	Plate with clamp terminals (RJC included). Compatible with MX110-UNV-M10, MX115-D05-H10, and MX115-D24-H10.
772064	Clamp terminals. Compatible with MX110-UNV-H04.
772065	Clamp terminals. Compatible with MX120-VAO-M08, MX120-PWM-M08, and MX125-MKC-M10.
772067	Plate with clamp terminals. Compatible with MX110-V4R-M06.
772068	Plate with clamp terminals (Built-in bridge resistance of 120 ohm). Compatible with MX112-Bxx-M04.
772069	Plate with clamp terminals (Built-in bridge resistance of 350 ohm). Compatible with MX112-Bxx-M04.
772080	Plate with screw (M3) terminal (RJC included). Compatible with MX110-UNV-M10, MX115-D05-H10, and MX115-D24-H10.
772081	Plate with clamp terminal for current with 10 ohm built in bridge resistance, applies to MX110-UNV-M10
772082	Plate with clamp terminal for current with 100 ohm built in bridge resistance, applies to MX110-UNV-M10
772083	Plate with clamp terminal for current with 250 ohm built in bridge resistance, applies to MX110-UNV-M10

Mounting on Racks or Panels Using the DIN Rail

Mounting on Racks or Panels Using the DIN Rail Use the DIN rail for mounting on on racks or panels. The DIN rail can be easily attached using the dedicated bracket. Two brackets come standard with the base plate (MX150).

Use the DIN rail for mounting on racks or panels. The DIN rail can be easily attached using the dedicated bracket. Two brackets come standard with the base plate (MX150).

Software

This software is used to connect a single MX unit for performing data acquisition (it is not possible to connect multiple MX units). It includes three software elements: the integration monitor, viewer, and calibration.

Integration Monitor Software
This software performs real-time monitoring and logging of measured data. It consists of six menus: Monitor Window, Detailed Display Setting, Channel Setting, Acquisition Condition, System Setting, and Connection/disconnection.

Monitor Window This window is used to monitor measured data in real-time. It enables waveform displays and digital displays.	Acquisition Condition This menu is used to set various conditions (such as measurement intervals/data save intervals, measurement start/end conditions, or file name designation) for data acquisitions.

Detailed Display Setting This menu is used to set data display states (such as waveform colors) in the monitor window.	System Setting This menu is used to decide module configurations, etc. Module configurations are shown in easily understood diagrams.

Channel Setting This menu is used to enter individual settings (such as range settings) for each input channel or to set computation channels (such as the input of computing equations).	Connection/Disconnection (Easy to Set Up) The connected MX100 is identified automatically. Once connection setting information is provided, it will be retained. When the system restarts, the MX100 will be connected automatically without making network settings.

Viewer Software This software is intended to re-display saved data. It enables waveform displays, digital displays, cursor displays, interval arithmetic, and other functions.	Calibration Software This software is intended to efficiently carry out the calibration of universal input modules.

MXLOGGER (Optional PC Software)

MXLOGGER is used to connect multiple MX units (up to 20 units) for data acquisition (one MX unit can also be connected). It consists of software elements (setting, logger (for saving data), monitor, and viewer) and the monitor server. The monitor server function is used to enable connections with Yokogawa's data logging software, "GA10." It is effective when combining MX units with Yokogawa's data acquisition equipment such as DARWIN and DAQSTATION.

Example of building a mixed system of MX100 and DARWIN

API for MX100/DARWIN (Optional)

If users wish to create their own data acquisition software, please use this API. The API consists of a suite of functions to communicate with MX100/DARWIN. The suite of functions contains DLL (dynamic link library). API makes it possible to create data acquisition software dedicated to the MX, or data acquisition software combining the MX and DARWIN, or data acquisition software dedicated to DARWIN. Three languages (Visual C, Visual C++, and Visual Basic) are supported.