MSRPAC-2010

MSRPAC10 MSYSTEM | Alldatasheet

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MODEL: MSRPAC-2010 MSRPAC SPECIFICATIONS ES-7404 Rev.3 Page 1/10 http://www.m-system.co.jp/ PC Recorder Series PC RECORDER SOFTWARE PACKAGE Functions & Features

• Industrial recorder on Windows based PC
• MSR128-V6: 128-point analog/discrete & totalizied counter input recording at 0.5 sec. sampling cycle
• MSR128LS, MSR128LV: 8-point analog signal recording at max. 50 msec. sampling cycle
• Recorded data is exportable to other Windows applications in CSV format
• Trigger recording function: Preset number of samples both before and after the trigger point can be recorded
• Limit alarms visually confirmed on the screen with indicators and on the alarm history view Application Examples
• System start-up data recording in conjunction with the R1M-GH2 (T/C and mV/V inputs) module
• Remote data recording via Modbus modules MODEL: MSRPAC-2010

ORDERING INFORMATION

• Code number: MSRPAC-2010

RELATED PRODUCTS

Modbus Communication Devices

• PC Recorder (models: R1M, R2M, RZMS, RZUS Series)
• Remote I/O (models: R3, R5, R6, R7 Series)
• Paperless Recorder (models: 73VR1100, 73VR21x, 73VR3100) *1
• Multi Power Monitor (model: 53U, 54U) *2
• Ethernet Tower Light (model: IT60RE, IT40SRE, IT50SRE, IT60SRE) *1 *1 Not usable with the MSR128LS or MSR128LV. *2 Use 53U or 54U with Modbus interface. PACKAGE INCLUDING... - 128-point PC Recorder Software Model: MSR128-V6, MSR128LS and MSR128LV - 128-point PC Recorder Software Model: MSR128-V1, Chinese version - Instruction manuals for each software program DATA INPUT INTERFACE Modbus RTU interface: Connects to RS-232-C (COM1 through COM5) via an RS-485/ RS-232-C converter (via USB for model: RZUS); 38.4 kbps Modbus/TCP interface: 100-Mbps LAN interface compatible with Windows

MODEL: MSRPAC-2010 MSRPAC SPECIFICATIONS ES-7404 Rev.3 Page 2/10 http://www.m-system.co.jp/ SYSTEM REQUIREMENTS (provided by the user) ■ MSR128-V6 NORMAL MODE (storing rates ≥ 500 ms) )*()41&&%.0%& TUPSJOHSBUFTNT PC IBM PC/AT or compatible Operating system Windows XP SP1, SP2, Windows Vista Business (32-bit), Windows 7 Professional (32-bit) or Windows 10 (32-bit, 64-bit) Note: Proper software functions may not be ensured under certain conditions. CPU Pentium III 800 MHz or higher 1FOUJVN*7()[PSIJHIFS Screen area 1024 by 768 pixels or better resolution Display color 65000 colors (16-bit) 7JEFPNFNPSZ .#NJOJNVN .#SFDPNNFOEFE .#NJOJNVN Main memory 256 MB recommended for Windows XP

1 GB recommended for Windows Vista, Windows 7 ,

.#SFDPNNFOEFEGPS8JOEPXT91 Hard disk area Use an internal hard disk. *1 Max. approx. 100 MB required per day. Use an internal hard disk. *1 Max. approx. 500 MB required per day. Printer Use a printer for Windows. The programs use Standard System Fonts used in Windows. Use a printer driver for Standard System Fonts. CD drive Windows supported CD drive is used to install the software program. $BSESFBEFSESJWF 6TFEXJUIEFWJDFTXIJDITBWFEBUBJOB$'$BSE Communication port RS-232-C port (COM1 through COM5) supported LAN card -"/DBSECZ8JOEPXT *1 . External (e.g. SCSI) devices may impair appropriate performance. ■ MSR128LS, MSR128LV MSR128LS .43-7 PC IBM PC/AT or compatible Operating system Windows XP SP1 or SP2. For High Speed Mode (Group 0, 50 msec. storing cycle), use Windows XP SP1, SP2. Note: Proper software functions may not be ensured under certain conditions. CPU Pentium II 233 MHz or higher *2 Screen area 800 by 600 pixels or better resolution CZQJYFMTPSCFUUFSSFTPMVUJPO Display color 65000 colors (16-bit) Main memory 256 MB for Windows XP Hard disk area 200 MB minimum *3 Follow the respective OS’s standard for Windows XP . CD drive Windows supported CD drive is used to install the software program. Communication port RS-232-C port (COM1 through COM5) supported by Windows *4 or LAN communication card *2. Alternately, Celeron 300 MHz or higher with the secondary cache. For High Speed Mode (Group 0, 50 msec. storing cycle), Pentium III 800 MHz or higher. *3. External (e.g. SCSI) devices may impair appropriate performance. *4. The RS-232-C port may be prede/f_i ned for other purposes than for COM port. Driver software change or system con/f_i guration may be required before using such a port. Note 1: At 50 msec. storing cycle (Group 0), the MSR128LS/LV may not be able to store every bit of data depending upon the PC’s perfor- mance levels. These missing data will be substituted by the last stored data. Only one (1) node is connectable in the high speed mode. Note 2: Please refer to the hardware data sheet for response time of the module.

MODEL: MSRPAC-2010 MSRPAC SPECIFICATIONS ES-7404 Rev.3 Page 3/10 http://www.m-system.co.jp/ FUNCTIONS ■ MSR128-V6 (128-point PC Recorder Software) Sampling rate High speed mode: 100 msec. (with R3-NE1 only) Normal mode: 500 msec. (Normal-mode sampling rate may not be achieved depending upon the number of connected modules. Please contact M-System for details.) [Examples] R1M-GH2: 500 msec. up to 6 modules (connected via COM port, without trigger setting) RZMS-U9: 500 msec. up to 3 modules (connected via COM port, without trigger setting) R3-NE1: 500 msec. up to 64 channels, 1 station Storing conditions Continuous recording: Uses Start/Stop control button on the screen. Conditional recording: Uses one of the 128-point signals to trigger recording; stores data when the preset condition is true (e.g. an analog input exceeding Hi alarm setpoint). Defined time recording: Stores data at a specific time for a specified time duration. One time or everyday storing selectable. External trigger recording: Uses an external contact signal to start “Event” recording; specifies number of samples both before and after the trigger condition is true (max. 3600 samples respectively). Storing interval: Specifies the time interval (100, 200, 500 msec., 1, 2, 5 or 10 sec., 1 or 10 min., or 1 hour) in which data are stored in the HD while the input signals are sampled and plotted on the screen at 50 msec. rate. Common to all 128 channels. Data storing method: Specifies either storing the instantaneous values at the storing time or the average values over the storing interval Editing stored data: Trend Retrieval view available to open and edit stored data files. Pens can be separated. Data can be thinned out. Real time data display Pen position indicators: Shows the current position of each pen. Overview: Shows all 128 channels in one view. Bargraphs and ON-OFF status indicators changes colors according to predefined alarm conditions. Retrieving stored data: Stored data files can be opened and displayed on the screen. (Data stored by MSR128LS or MSR128LV cannot be opend on the MSR128-V6.) Window size adjustment: Window size is automatically readjusted to fill the entire screen area. Adjustable screen area: 1024 × 768 (XGA) 1280 × 768 (800) (WXGA) 1280 ×1024 (SXGA) ■ MSR128LS, MSR128LV (128-point PC Recorder Software) Sampling rate: 50 msec. or 500 msec. selectable Storing conditions Continuous recording: Uses Start/Stop control button on the screen. Conditional recording: Uses the built-in trigger input to start/stop recording; stores data when the preset condition is true (ON or OFF). Defined time recording: Stores data at a specific time for a specified time duration. One time or everyday storing selectable. External trigger recording: Uses an external contact signal to start “Event” recording; specifies number of samples both before and after the trigger condition is true (max. 1200 samples respectively). Storing interval High speed mode (Group 0): 50 msec. Normal mode (Group 1 thr. 10): 0.5, 1, 2, 5 or 10 sec. or 1 min. selectable per group of 12 pens. Functions: Square root extraction or moving average (per 2 thr. 16 samples) Real time data display: Vertical or horizontal (left to right or right to left) selectable Comparing stored data: Two sets of stored data files can be opened and displayed on the screen. Retrieving stored data: Stored data files can be opened and displayed on the screen. (Data stored by MSR128 cannot be opend on the MSR128LS or MSR128LV.)

MODEL: MSRPAC-2010 MSRPAC SPECIFICATIONS ES-7404 Rev.3 Page 4/10 http://www.m-system.co.jp/ I/O MODULE SELECTIONS ■ I/O MODULES FOR MSR128-V6

• R3 Series Remote I/O SIGNAL TYPE MODELS DC voltage input R3-SV4, R3-SV4A, R3-SV4B, R3-SV4C, R3(Y)-SV8, R3-SV8A, R3-SV8B, R3-SV8C, R3(S/Y)-SV8N, R3-SV16N, R3Y -SV16 DC current input R3-SS4, R3(Y)-SS8, R3(S/Y)-SS8N, R3(Y)-SS16N Thermocouple input R3-TS4, R3-TS8 RTD input R3-RS4, R3(S)-RS4A, R3(Y)-RS8, R3-RS8A, R3-RS8B Universal input R3-US4 Discrete input R3(S/Y)-DA16, R3(Y)-DA16A, R3-DA16B, R3-DA32A, R3-DA64A Discrete output R3(Y)-DC16, R3-DC16A, R3-DC16B, R3-DC16C, R3-DC32A, R3-DC32C, R3-DC64A, R3-DC64C Discrete I/O R3(S)-DAC16 *, R3(S)-DAC16A * 4 – 20mA input with excitation supply R3(Y)-DS4, R3-DS8N, R3(Y)-DS8N Potentiometer input R3-MS4, R3(Y)-MS8 CT input R3-CT4 AC current input with clamp-on current sensor R3-CT4A , R3-CT4B , R3-CT4C, R3-CT8A , R3-CT8B , R3-CT8C PT input R3-PT4 Zero-phase current input R3-CZ4 AC power input R3-WT4, R3-WT4A, R3-WT4B, R3-WTU High speed pulse input R3-PA4 Speed/position input R3-PA2 Totalized pulse input R3-PA4A, R3-PA4B, R3(Y)-PA16, R3(S)-PA8 Strain gauge input R3-LC2 Alarm R3-AD4, R3-AR4, R3-AS4, R3-AS8, R3-AT4, R3-AV4, R3-AV8 Gateway R3-GC1, R3-GD1, R3-GE1, R3-GFL1, R3-GM1 * Only continuous output mode is available. ** Data range must be setup with the PC Con/f_i gurator Software R3CON and the dedicated cable. MODELS Modbus Network Module
• R3 Series Interface Modules NETWORK R3-NM1 Ethernet Network Module R3-NE1
• R5 Series Remote I/O (via R5-NE1 or R5-NM1) Ethernet (Modbus TCP/IP) connection via the R5-NE1 Serial connection via the R5-NM1 + R2K-1 SIGNAL TYPE MODELS DC voltage input R5-SV, R5T-SV DC current input R5-SS, R5T-SS Thermocouple input R5-TS, R5T-TS RTD input R5-RS, R5-RSA, R5T-RS 4-wire RTD input R5H-RS Discrete input R5-DA4, R5T-DA4, R5-DA16 Discrete output R5-DC4, R5T-DC4, R5-DC16 4 – 20mA input with R5-DS, R5T-DS excitation supply Potentiometer input R5-MS CT input R5T-CT AC current input with R5T-CTA, R5T-CTB clamp-on current sensor * PT input R5T-PT * Data range must be setup for use with the PC Recorder using the PC Con/f_igurator Software R5CON. Totalized pulse input R5-PA2, R5T-PA2 MODELS Modbus Network Module
• R5 Series Interface Modules NETWORK R5-NM1 Ethernet Network Module R5-NE1
• R6 Series Remote I/O SIGNAL TYPE MODELS DC voltage input R6x-SV2 DC current input R6x-SS2 Thermocouple input R6x-TS2 * RTD input R6x-RS2 Discrete input R6x-DA4 Discrete output R6x-DC4A, R6x-DC4B * For particular type of thermocouples, use with the PC recorder using the PC Con/f_igurator Software R6CON. See the instruction manual of R6x-TS2.
• R6 Series Remote Interface NETWORK MODELS Modbus interface R6-NM1, R6-NM2 R6-NE1, R6-NE2Ethernet interface

MODEL: MSRPAC-2010 MSRPAC SPECIFICATIONS ES-7404 Rev.3 Page 5/10 http://www.m-system.co.jp/

• R7M Series Remote I/O* SIGNAL TYPE MODELS DC voltage/current input R7M-SV4 Thermocouple input R7M-TS4 RTD input R7M-RS4 Potentiometer input R7M-MS4 CT input R7M-CT4E Discrete input R7M-DA16 Discrete output R7M-DC16A, R7M-DC16B, R7M-DC8C Discrete input (Extension) R7M-EA8, R7M-EA16 Discrete output (Extension) R7M-EC8A, R7M-EC8B, R7M-EC16A, R7M-EC16B * Must be setup with R7X Con/f_i gurator Software and the dedi- cated cable.
• R7E Series Remote I/O SIGNAL TYPE MODELS DC voltage/current input R7E-SV4 Thermocouple input R7E-TS4 RTD input R7E-RS4 Potentiometer input R7E-MS4 CT input R7E-CT4E * Discrete input R7E-DA16 Discrete output R7E-DC16A, R7E-DC16B Discrete input (Extension) R7E-EA8, R7E-EA16 Discrete output (Extension) R7E-EC8A, R7E-EC8B, R7E-EC16A, R7E-EC16B * Must be setup with R7X Con/f_i gurator Software and the dedi- cated cable.
• Power Multimeter SIGNAL TYPE MODELS AC Power/energy 53U *, 54U * * Choose Modbus interface type.
• PC Recorder (R1, R2, RZ) Series (RS-485, RS-232-C) Ethernet (Modbus TCP/IP) connection via the 72EM(2)-M4 Serial connection via COM1 through COM5 SIGNAL TYPE MODELS DC voltage input R1M-GH2 * , R1MS-GH3* , R2M- 2G3, RZMS-U9 * , RZUS-U9 DC current input R1M-GH2 * , R1MS-GH3*, RZMS- U9 * , RZUS-U9 Thermocouple input R1M-GH2 * , R1MS-GH3* , R2M- 2H3, RZMS-U9 * , RZUS-U9 RTD input R1M-J3 * , RZMS-U9* , RZUS-U9 Potentiometer input R1M-J3 * , RZMS-U9* , RZUS-U9 Discrete input R1M-A1 * Discrete output R1M-D1 (open collector) * Totalized pulse input R1M-P4 *, R1M-A1* Pulse input R1M-P4 * * Ethernet (Modbus TCP/IP) connection available by using Model 72EM(2)-M4 Ethernet Communication Adaptor.
• Paperless Recorder TYPE MODELS Remote I/O module Paper- less recorder 73VR1100 Built-in input module pa- perless recorder 73VR21x (Ver.2 or later) Selectable input modules paperless recorder 73VR3100
• ITx0 Tower Light SIGNAL TYPE MODELS Discrete output IT60RE, IT40SRE, IT50SRE, IT60SRE

MODEL: MSRPAC-2010 MSRPAC SPECIFICATIONS ES-7404 Rev.3 Page 6/10 http://www.m-system.co.jp/ ■ I/O MODULES FOR MSR128LS, MSR128LV, V.2.01 or higher

• PC Recorder (R1, R2, RZ) Series (RS-485, RS-232-C) SIGNAL TYPE MODELS DC voltage input R1M-GH2 *1 , R1MS-GH3*1 , R2M- 2G3, RZMS-U9 *1, 2 , RZUS-U9 *2 DC current input R1M-GH2 *1 , R1MS-GH3*1 , RZMS- U9 *1, 2, RZUS-U9 *2 Thermocouple input R1M-GH2 *1 , R1MS-GH3*1 , R2M- 2H3, RZMS-U9 *1, 2 , RZUS-U9 *2 RTD input R1M-J3 *1, 2 , RZMS-U9 *1, 2 , RZUS- U9 *2 Potentiometer input R1M-J3 *1, 2 , RZMS-U9 *1, 2 , RZUS- U9 *2 Discrete input R1M-A1 *1, 2 Discrete output R1M-D1 (open collector) *1, 2 Totalized pulse input R1M-P4 *1 , R1M-A1*1, 2 Pulse input R1M-P4 *1, 2 *1. Ethernet (Modbus TCP/IP) connection available by using Model 72EM(2)-M4 Ethernet Communication Adaptor. *2. Not usable for High Speed Mode.
• R3 Series Remote I/O (via R3-NE1 or R3-NM1) SIGNAL TYPE MODELS DC voltage input R3-SV4, R3-SV4A, R3-SV8, R3-SV8A, R3-SV8N, R3-SV16N DC current input R3-SS4, R3-SS8, R3-SS8N, R3-SS16N Thermocouple input R3-TS4, R3-TS8 RTD input R3-RS4, R3-RS8 Discrete input R3-DA16, R3-DA16A, R3-DA16B, R3-DA32A, R3-DA64A Discrete output R3-DC16, R3-DC16A, R3-DC16B, R3-DC32A, R3-DC64A 4 – 20mA input with R3-DS4, R3-DS8N excitation supply Potentiometer input R3-MS4, R3-MS8 CT input R3-CT4 AC current input with R3-CT4A, R3-CT4B, clamp-on current sensor * R3-CT8A, R3-CT8B PT input R3-PT4 High speed pulse input R3-PA4 Totalized pulse input R3-PA16 High speed totalized R3-PA4A pulse input AC power input R3-WT4, R3-WT4A, R3-WT4B * Data range must be setup for use with the PC Recorder using the PC Con/f_igurator Software R3CON. Note: The R3 Series is not usable for High Speed Mode.
• R5 Series Remote I/O (via R5-NE1 or R5-NM1) SIGNAL TYPE MODELS DC voltage input R5-SV, R5T-SV DC current input R5-SS, R5T-SS Thermocouple input R5-TS, R5T-TS RTD input R5-RS, R5-RSA, R5T-RS Discrete input R5-DA4, R5T-DA4, R5-DA16 Discrete output R5-DC4, R5T-DC4, R5-DC16 4 – 20mA input with R5-DS, R5T-DS excitation supply Potentiometer input R5-MS CT input R5T-CT AC current input with R5T-CTA, R5T-CTB clamp-on current sensor * PT input R5T-PT * Data range must be setup for use with the PC Recorder using the PC Con/f_igurator Software R5CON. Note: The R5 Series is not usable for High Speed Mode.

MODEL: MSRPAC-2010 MSRPAC SPECIFICATIONS ES-7404 Rev.3 Page 7/10 http://www.m-system.co.jp/ SYSTEM CONFIGURATION EXAMPLES ■ R1M, R2M, RZMS + MSR128-V6 RS-232-C PC Recorder (model: R1M-GH or R1MS-GH3) PC Recorder (model: R1M-D1) PC Recorder (model: R1M-P4) RS-485 PC Recorder (model: R1M-A1)RS-232-C Interlink / Reverse Cable PC Recorder (model: R2M) RS-232-C/RS-485 Converter (model: R2K-1) When the cable distance between the PC and the R1Ms is long, insert an RS-232-C/RS-485 Converter for isolation. PC Recorder (model: RZMS-U9) Actual sampling rate depends upon the number of connected devices (nodes). ■ 73VR + MSR128-V6 Ethernet When the cable distance between the PC and the R1Ms is long, insert an RS-232-C/RS-485 Converter for isolation. RS-485 PC Recorder (model: R1M-GH) PC Recorder (model: R1M-A1) PC Recorder (model: R1M-D1) Paperless Recorder (models: 73VR3100, 73VR21x) ■ 73VR + MSR128-V6 Card Reader CF Card Paperless Recorder (models: 73VR3100, 73VR21x, 73VR1100) Paperless Recorder (model: 73VR1100)

MODEL: MSRPAC-2010 MSRPAC SPECIFICATIONS ES-7404 Rev.3 Page 8/10 http://www.m-system.co.jp/ ■ R5-NE1, R3-NE1, R6-NEx + MSR128-V6 Ethernet Network Module (model: R3-NE1, R5-NE1 or R6-NEx) I/O Modules ■ R5-NM1, R3-NM1, R6-NMx + MSR128-V6 RS-232-C Network Module (model: R5-NM1, R3-NM1 or R6-NMx) I/O Modules RS-232-C/RS-485 Converter (model: R2K-1) When the R3 Series is used, actual sampling rate depends upon the number of connected devices (nodes) and the number of channels. ■ R7M + MSR128-V6 RS-232-C RS-485 Modbus I/O Module (model: R7M) RS-232-C/RS-485 Converter (model: R2K-1) Modbus I/O Module (model: R7M) ■ R7M + MSR128-V6 Ethernet RS-485 Modbus I/O Module (model: R7M) Modbus I/O Module (model: R7M) Communication Adaptor (model: 72EM(2)-M4) &5)&3/&5 36/ 4&/% '*&-% $/'(

MODEL: MSRPAC-2010 MSRPAC SPECIFICATIONS ES-7404 Rev.3 Page 9/10 http://www.m-system.co.jp/ Ethernet Ethernet tower light (Model: IT60RE) Discrete input module (Model: R7E−DA16) DC voltage/current input module (Model: R7E−SV4) ■ R7E, ITx0 + MSR128-V6 ■ 53U/54U + MSR128-V6 ■ 53U/54U + MSR128-V6 RS-485 (Modbus RTU) Multi Power Monitor (models: 53U, 54U) AX IN AX IN AX IN Ethernet RS-485 (Modbus RTU) Multi Power Monitor (models: 53U, 54U) RS-232-C RS-232-C/RS-485 Converter (model: R2K-1 or LK1) AX IN AX IN AX IN Communication Adaptor (model: 72EM(2)-M4) &5)&3/&5 36/ 4&/% '*&-% $/'(

MODEL: MSRPAC-2010 MSRPAC SPECIFICATIONS ES-7404 Rev.3 Page 10/10 http://www.m-system.co.jp/ ■ R1M, R2M, RZMS + MSR128LS/LV, 500 msec. storing cycle RS-485 When the cable distance between the PC and the R1Ms is long, insert an RS-232-C/RS-485 Converter for isolation. PC Recorder (model: R1M-GH) PC Recorder (model: R1M-A1) PC Recorder (model: R1M-D1) RS-232-C/RS-485 Converter (model: R2K-1) ■ R1M, R2M + MSR128LS/LV, 50 msec. storing cycle RS-232-C PC Recorder (model: R1M-GH) Actual sampling rate depends upon the number of connected devices (nodes). ■ R5-NE1, R3-NE1 + MSR128LS/LV Ethernet Network Module (model: R3-NE1 or R5-NE1) I/O Modules ■ R5-NM1, R3-NM1 + MSR128LS/LV RS-232-C Network Module (model: R5-NM1 or R3-NM1) I/O Modules RS-232-C/RS-485 Converter (model: R2K-1) When the R3 Series is used, actual sampling rate depends upon the number of connected devices (nodes) and the number of channels. Specifications are subject to change without notice.