OMP-MODL : Modular Portable Datalogging and Alarming System
Contents
1. OMP MODL Modular Portable Datalogging and Alarming System MADE IN aan iS A USA WARRANTY From 1580 Basic Unit Modular Design Allows Flexibility to Meet Your Application Requirements 1 Fully User Programmable Via Graphic Drag and Drop Icons M Expandable to 24 Universal Analog Inputs M Accepts Thermocouple Voltage Current Frequency RTD Thermistor and Resistance Inputs Y Up to 48 Digital Inputs Alarm Outputs M One High Speed Counter Event Input Y Conditional Logging Math Integrals Delta Logging and Much More 1 Low Power for Battery or Line Powered Use 1 Full Differential Bipolar Inputs 1 Modem Option with Pager Alarm Output Real Time Trending to a PC Via Modem or RS 232 Link M 16 000 Sample Capacity up to 400 000 When Using PCMCIA Memory Card Provided Complete with HyperWare Windows Software The OMP MODL Modulogger is a ayiegar self contained battery or line powered see datalogger and alarm system which can be deployed as a stand alone system or incorporated into m equipment where it silently samples a Se aa digital and analog inputs storing Ss Se F them to internal or PCMCIA memory o E Easily programmed the OMP MODL Dinna an S has extremely powerful processing capabilities for data reduction averaging min max etc mathematical manipulation algebraic trig time integrals etc as well as unlimited user programmable2. intelligent data logging capabilities Together with the supplied Hyperware for Windows software the OMP MODL is a powerful fully user programmable datalogging and alarming system The Hyperware software provides for graphical programming of the OMP MODL serial communications real time trending plotting and spreadsheet conversion of collected data The OMP MODL consists of a user specified stack of ruggedly packaged rectangular modules The main CPU module can be expanded with additional analog inputs digital I O display and memory expansion modules to meet your specific application needs CPU Module A CPU module is required in all OMP MODL systems as it contains the system microprocessor data storage memory 13 bit Analog to Digital converter basic user switches and indicators RS 232 port and Cold Junction Compensation circuitry It also includes four alarm outputs four universal analog inputs and one digital count event input The provided analog inputs are software configurable for 6 thermocouple types 15 ranges of DC voltage or 7 ranges of DC current identical function specs as add on OMP MLIM 1 Module Each of the analog input channels sports full differential inputs software programmable configuration front end E 81 Extended Warranty rogram i Modulogger Expanded View completion circuitry and rugged suppression protection circuitry to insure reliable accurate readings The CPU
3. 10 V 30 V Accuracy 0 5 F S for 10 V and 30 V range All other ranges 0 3 F S Common Mode Range 3 5 Vdo full differential inputs Input Resistance gt 2 5 M for 5 10 and 30 Vdc gt 10 M for all other ranges DC CURRENT INPUTS Full Scale Ranges 200 YA 400 HA 500 pA 1 mA 2 mA 11 mA 22 mA Accuracy 0 3 F S Input Resistance 100 Q all current ranges OMP MLIM 2 4 INPUT 4 OUTPUT COUNTER TIMER EVENT INTERFACE MODULE Provides 4 individually programmable channels of digital signal input and 4 outputs Any combination of the following input types can be configured on a module Frequency 5 Hz to 30 KHz 300 mV p p minimum input amplitude 15 V p p maximum Event Contact closure or TTL input 0 to 15 Vdc max 1 second resolution or 5 msec in millisecond mode Software controlled 50 msec debounce option Counter Contact closure or TTL input 0 to E 83 15 Vdc max 20 KHz maximum input frequency Software controlled 50 msec debounce option 16 million maximum accumulated counts between reads Digital Outputs 4 separate channels Low output tri state floating High output 4 0 Vdc 1 mA 3 2 Vdc 10 mA Short circuit protected Max current 12 mA approx per channel OMP MLIM 8 8 CHANNEL DIGITAL O INTERFACE MODULE Eight channel digital I O allows for user configuration of 8 channels as inputs or outputs individually selectable Input Signal Cont
4. 1750 C 32 to 3182 F ber Price Descrip tion 1840 Portable pence system with 16 000 reading memory Includes Hyperware software serial cable AC adapter and user manual Portable NAI system with 80 000 reading memory Includes Hyperware software serial cable AC adapter and user manual Portable datalogger with 16 000 reading memory Does not include software cables AC adapter or user manual 1680 Portable datalogger with 80 000 reading memory Does not include software cables AC adapter or user manual Note OMP MODL TOP and OMP MODL BACK are required if not using the OMP DISP and OMP MNL BATT See Options and Accessories Ordering Example OMP MODL with OMP MNL BATT and OMEGACARE 1 year extended warranty for OMP MODL adds 1 year to standard 1 year warranty 1840 65 150 2055 Options and Accessories Model Number I Descri OMP ML DISP MDL OMP MLIM 1 OMP MLIM 2 OMP MLIM 4 OMP MLIM 5 OMP MLIM 8 OMP MODL TOP OMP MODL BACK OMP MLIM 5 144 OM 320 MC 50 OM 320 MC 200 OM 320 MC 400 OM 320 PD 1 OMP MNL BATT OM 220 RPS 1 OM 220 CHGR 12 OMP PVK 24 10 OMP PB 200 AC OMP PB 200 DC Price 180 Display Module with 2 line x 16 character LCD and front panel user switches Analog interface module 4 channels of thermocouple DC voltage and or DC current inputs individually selectable Digital interface module 4 channels of frequency event and or count input i
5. Aac to 0 2 Vdc output Connects directly to any OMP MODL datalogger input screws DC current clamp on current probe 1 200 Adc to 0 2 Vdc output Connects directly to any OMP MODL datalogger input screws Requires AC power The number of readings that each PCMCIA can store depends on the types of inputs that you are storing For example Digital I O uses less memory than Analog inputs so you can store more readings therefore the values listed above are approximations E 84
6. act closure or TTL input 0 to 26 Vdc max 1 second resolution or 5 msec in millisecond mode Software controlled 50 msec debounce option Output Signal Low output tri state floating High output 4 0 Vdc 3 mA short circuit protected Max current 3 mA approx per channel OMP MLIM 4 4 CHANNEL RTD THERMISTOR RESISTANCE INTERFACE MODULE Measures any combination of the following input types RTD Type 100 Q and 1000 Q ao 0 00385 and 0 00392 Ranges 200 to 850 C and 200 to 300 C Accuracy 0 1 C to 0 4 C depending on range and wiring configuration Configurations Supported 2 wire 3 wire and 4 wire 3 and 4 wire configurations use 2 input channels THERMISTOR Thermistor Type 10k 25 C Fenwall 16 or equivalent Ranges 32 to 180 C 4 to 180 C 10 to 180 C 25 to 180 C Accuracy 0 2 C to 0 5 C depending on range RESISTANCE 0 1 to 0 3 of Rdg Depending Ranges 12 ranges from 200 Q Full On range and wiring configuration Scale to 400 000 Q Full Scale Configurations Supported 2 wire Accuracy 3 wire and 4 wire 3 and 4 wire configurations use 2 input channels Thermocouple Input Ranges Thermocouple E Maximum Range Accuracy R Pt 13 Rh Pt S Pt 10 Rh Pt Plus 0 5 C CJC accuracy To Order Specify Model Nur Model Number OMP MODL OMP MODL EXM OMP MODL OEM OMP MODL EXM OEM 0 to 1000 C 32 to 1832 F 0 to
7. are configurable for each channel Digital Input One general purpose digital input channel User programmable for event or high speed counter applications Contact closure or TTL driven signal input 15 Vdc max Outputs 2 low voltage N O relays 500 mA rated 1 current limited TTL digital output 100 mA 5 Vdc regulated output short circuit protected Real Time Clock Date and time 24 hour battery backed up Glitch Recovery Hardware watchdog reset followed by software restart of last operation Power Consumption 9 Vdc nominal Approx 5 mA between readings approx 50 mA during readings provided by optional battery pack 6 internal D cells External Power Terminal strip connection for external power source Accepts 10 32 Vdc or 10 26 Vac from any semi regulated external source 120 Vac wall adapter is included with OMP MNL Fuse and Transzorb protected Operating Temperature Humidity 10 to 60 C 14 to 140 F 90 RH non condensing Mechanical Dust sealed 8 8 W x 4 8 H x 2 2 D 3 8 H with battery pack attached 1 5 Ib 3 Ib with battery pack Expansion Modules Modular design allows flexibility to meet your specific application requirements The following modules may be mixed and matched 5 modules can be attached Cold Junction Compensation Range CJC 10 to 60 C 14 to 140 F DC VOLTAGE INPUTS Full Scale Ranges 20 mV 40 mV 50 mV 60 mV 100 mV 200 mV 1 V 2 V 5 V
8. module also includes a Cold Junction Compensation input for thermocouple applications If thermocouples are not used the CJC channel can be used as a system temperature resistance thermistor or contact closure input A single software configurable general purpose digital input is provided for logging of events or counting pulse outputs from flow meters encoders or other pulse train type sources The CPU module also provides two isolated alarm relay outputs a TTL alarm output a Status LED anda regulated current limited 5 Vdc output all controllable via software Enable Stop and Reset switches as well as LED status indicators are provided at one end of the CPU module Input and Output wiring is handled through plug in terminal strips which allow for mass connection and disconnection of wiring Expansion Modules A full family of plug on modules is available to expand the capability and features of the system Modules are available for additional analog inputs digital 1 0 modem communication PCMCIA memory card interface user interface display and battery power As modules are added they stack onto the CPU module building a layered instrument to meet your needs Modules are self identifying and configurable via the Hyperware software for input type and range within the module s capability e g the MLIM 4 accepts 2 3 and 4 wire RTD resistance and thermistor inputs each with a multitude
9. ndividually selectable plus 4 digital outputs Resistance interface module 4 channels of RTD thermistor and or resistance inputs individually selectable PCMCIA interface module includes socket for SRAM memory cards requires PCMCIA SRAM card Digital I O interface module 8 channels individually configurable as inputs contact closure or TTL or outputs 0 4 V 3 mA Top cover plate required if OMP DISP is not used Back cover mounting plate required if OMP MNL BATT is not used Modem PCMCIA interface module includes 14400 baud modem and socket for SRAM memory cards requires PCMCIA SRAM card PCMCIA SRAM memory card approx 65 000 samples requires any OMP MLIM 5 interface modules PCMCIA SRAM memory card approx 250 000 samples requires any OMP MLIM 5 interface modules PCMCIA SRAM memory card approx 500 000 samples requires any OMP MLIM 5 interface modules PCMCIA drive connects to IBM PC serial port for reading data from PCMCIA SRAM cards Includes software drivers Battery pack module w 6 D Cells Attaches to OMP MNL dataloggers Rechargeable power supply for sensor excitation and auxiliary logger power Dual outputs programmable from 3 5 Vdc 22 Vdc Battery charger for stand alone charging of batteries when not installed in OM 220 RPS 1 115 Vac input 10 watt photovoltaic panel for solar recharging of OM 220 RPS 1 with pole mounting bracket 12 24 volt output AC current clamp on current probe 10 200
10. of ranges all under software control Applications Designed for portable plant floor and long term remote data collection applications the OMP MODL incorporates low power CMOS circuitry to provide up to 4 weeks of operation from its optional plug on D cell battery pack A low voltage power transformer can be used for indefinite logging Software HyperWare for Windows is a powerful multi purpose software package provided with the OMP MODL It facilitates serial communications provides for graphic programming of the OMP MODL real time data trending collected data graphic plotting and data export to other applications such as Microsoft Excel Comrertan astabilshed Graphic RS 232 Modem Communications E 82 Specifications Data Storage Memory Redundant battery backed up SRAM Approx 16 000 samples for OMP MODL and up to 80 000 with OMP MNL EXM Up to 500 000 reading when using PCMCIA memory cards Data Memory Backup Lithium cell 1 year 25 C Memory Utilization User programmable Stops either when memory is full or rotary FIFO A D Converter 12 bit plus sign 13 bit SAR converter Programmable first order filtering and 50 60 Hz noise rejection options A D Converter Accuracy 0 1 RDG 1 bit Sampling Throughput Rate 150 samples per second max analog input to memory rate is dependent on number and type of channels and programmed signal processing Sampling rates
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