Descripción
Comet MP049 MS55D Data Logger in IP54 Protection Case with Connected Terminal at the Lid
- Measure and process 1 to 16 input variables
- Each of the 16 channels offers the virtual channel (countable)
- Acquire autonomous recording of measured values
- On-line monitoring of measured values and states
The complete solution for monitoring of temperature, humidity and other values.
Data loggers are designed for measuring, recording, evaluation and subsequent processing of input electrical signals, which are subject to relatively slow changes (> 1s). In conjunction with the appropriate sensors and transducers are suitable for monitoring physical quantities.
The device includes traceable calibration certificate with declared metrological traceability of etalons is based on requirements of EN ISO / IEC 17025. The calibration sheet is always loaded as modules. If the defined required configuration of inputs by, calibration certificate proves calibration inputs according to the required configuration – more than one range for each of the 16 inputs.
Common Connectivity Options
Monitoring system MS may be configured for almost any desired measurement application. Sensors can be wired to datalogger in star-like connection as well as in serial. Combination of both is also possible. The monitoring system MS is characterized by a wide range of communication interfaces such as the RS232, RS485, USB, Ethernet and GSM or GPRS modem. Thanks to Wi-Fi routers several measuring systems MS can be wirelessly connected to a network.
Features of Ethernet Interface:
Ethernet interface
Data logger is designed for connection to standard computer network. The 10 and 100Mb/s Ethernet is supported. No need to build new data lines. Thanks this installation cost are essentially reduced and instant easy start of monitoring system operation is enabled.
Modbus protocol
Enables to read actually measured values by means of industrial standard Modbus. Data is available in several formats. Protocol is suitable for implementing of MS data logger to SCADA system.
SNMPv1 protocol
Actually measured values can be acquired by means of SNMPv1 protocol. MIB tables are available for free. Designed especially for IT applications and use in “managed” computer networks.
Fast data download
Record download speed was increased four-times from previous MS5 data logger generation.
SOAP protocol
Protocol designed for data logger integration to own www infrastructure. Available actual values can be captured by www server (Apache, IIS) and processed by the user. Communication protocol SOAP version 1.1. is supported. By means of this protocol data logger sends actual values in preset intervals to specified server.
Syslog protocol
Syslog message is sent after alarm state or data logger error appears. Syslog is compatible with RFC5424.
Data logger sends warning emails up to three different addresses. E-mail is immediately sent after alarm state of monitored technological process appears. User is also informed on error states of device itself (measuring channel error, fulfilling of internal memory, self-test error). SMTP servers requiring autentization are also supported.
XML file
Actual values can be downloaded to XML file. This option is suitable for data logger integration to SCADA systems.
Data logger display
Network parameters can be set directly from data logger display. It is possible to change IP address, subnetwork mask and initial gate.
Secured WEB server
WWW server is built in the device. Here it is possible to monitor actual values, alarm states and information on data logger. Also access password for www pages can be entered. WWW pages are user modifiable. Free SDK description is available to create own www pages.
SNMP Trap
SNMP Traps are sent after alarm state or device error appears.
Database system
Prepared for connection to database system including online values transfer.
WWW remote conditions
Control of remote condition and relays is enabled also via www interface.
Figure: communication interface, alarm outputs, connection of power.
Ethernet interface is optional
Manufacturer Specs
| Types of Data Logger Inputs | |||||
| Measured values | Module types | Range | Accuracy | Notes | |
| Current | DC | A0 | 4 … 20mA | ±0.1% FS | with source approximately 21V for two-wire transducers with current loop (e.g. temperature and humidity transducers Comet). |
| only galvanic not isolated | |||||
| A1* | 4 … 20mA | for passive sensing of current, Rvst = 14 Ohms | |||
| B0* | 0 … 20mA | input resistance Rvst = 14 Ohms | |||
| B1* | 0 … 1A | input resistance Rvst = 0,04 Ohms | |||
| B2* | 0 … 5A | ||||
| AC | C0 | 0 … 20mA | ±1% FS | galvanic isolated, sinusoidal signal at a frequency of 50 Hz input resistance Rin by type 0.04 Ohm to 14 Ohms | |
| C1 | 0 … 1A | ±1% FS | |||
| C2 | 0 … 5A | ||||
| Voltage | DC | D0* | 0 … 100mV | ±0.1% FS | input resistance Rin by a 900 kOhms to 10 Mohms |
| D1* | 0 … 1V | ||||
| D2* | 0 … 10V | ||||
| D4* | 0 … 75V | ||||
| D5* | -10V … +10V | ±0.1% FS (± 20 mV) | |||
| AC | E0 | 0 … 100mV | ±1% FS | only galvanic isolated, sinusoidal signal at a frequency of 50 Hz input resistance Rin by type 700 kOhms to 10 Mohms | |
| E1 | 0 … 1V | ||||
| E2 | 0 … 10V | ||||
| E4 | 0 … 50V | ||||
| Resistance | F* | necessary to specify a range | ±0.1% FS | two-wire connection | |
| Temperature probes Pt and Ni | Ni1000 | J* | -50°C … +250°C | ±0.2°C (-50°C … 100°C) | Ni1000/6180 ppm, two-wire connection |
| ±0.2% MH (100°C … 250°C) | measuring current of approximately 0.25 mA continuously | ||||
| Pt100 | K* | -140°C … +600°C | ±0.2°C (-140°C … +100°C) | Pt100/3850 ppm, two-wire connection | |
| ±0.2% MH (+100°C … +600°C) | measuring current of approximately 2 mA continuously | ||||
| Pt1000 | K1* | -140°C … +600°C | ±0.2°C (-140°C … +100°C) | Pt1000/3850 ppm, two-wire connection | |
| ±0.2% MH (+100 … +600°C) | measuring current of approximately 0.2 mA continuously | ||||
| Pt1000 | K3 | -10°C … +50°C | ±0.06°C | Pt1000/3850 ppm, two-wire connection | |
| measuring current of approximately 0.2 mA continuously. Only galvanically not isolated. | |||||
| Thermocouple | K (NiCr-Ni) | N* | -70°C … +1300°C | ±0.3% MH + 1.5°C | linearized, cold junction compensation, datalogger must be placed in recommendend working position |
| T (Cu-CuNi) | T* | -200°C … +400°C | |||
| J (Fe-Co) | O* | -200°C … 750°C | |||
| S (Pt10%Rh-Pt) | P* | 0°C … 1700°C | ±0.3% MH +1.5°C(200°C … 1700°C) | ||
| B (Pt30%Rh-Pt) | Q* | 100°C … 1800°C | ±0.3% MH+1.0°C (300°C … 1800°C) | linearized, without cold junction compensation | |
| Binary signal | potential-less contact | S* | binary signal | maximum resistance of closed contact is 1000 ohm | |
| minimum duration for recording is 200ms | |||||
| voltage, galvanically isolated | S1 | voltage for „H“ state is 3 V to 30 Vdc @ 9 mA max | |||
| minimum duration for recording: 200ms | |||||
| galvanically isolated | |||||
| Pulse counter | potential-less contact, galvanically isolated | CTU | 31 bits, 5kHz max. | voltage change of the counter state is 3V to 24VDC | |
| backup power, filter bouncing | |||||
| galvanically isolated | |||||
| potential-less contact, open connector | CTK | maximum resistance of closed contact is 10 kOhms | |||
| minimum open contact resistance is 250 kilohms | |||||
| backup power, filter bouncing | |||||
| Frequency | input voltage signal measurement, galvanically isolated | FU | 0 … 5kHz | ±(0.2% MH + 1Hz) | input voltage for «H»: 3V to 24V DC @ 7 mA |
| minimum duration of input pulse: 30us | |||||
| resolution 1Hz | galvanically isolated | ||||
| measurement frequency switching contact, galvanically not isolated | FK | 0 … 5kHz | maximum resistance of closed contact is 10 kOhms | ||
| minimum open contact resistance is 250 kOhms | |||||
| resolution 1Hz | minimum duration of input pulse: 30us | ||||
| RS485 | input for serial signal RS485 | RP | digital transmission | input supports Modbus RTU or Advantech | |
| connected devices must have the same communication parameters | |||||
| input can work with up to 16 devices | |||||
| galvanically isolated, MS can be equipped with multiple RF modules | |||||
* Inputs marked with asterisk (*) are available also as galvanically isolated.
Galvanic isolation is not designed as safety protection.
| General Specifications | |
| Total memory capacity | 2MB (up to 480 000 values) |
| Memory type | internal SRAM, backed-up by Lithium battery |
| Data logging modes | noncyclic – logging stops after filling the memory cyclic – after filling memory oldest data is overwritten by new |
| Data logging interval | adjustable individually for all input channels from 1 second to 24 hours |
| Real time clock | year, leap year, month, day, hour, minute, second, backed-up by Lithium battery |
| Input measured values (1 to 16 inputs) | are defined for each channel by installed input modules (see table) accordingly to user requirements |
| Resolution of the AD converter (analog channels) | 16 bits, conversion duration approximately 60ms/channel |
| Communication speed | 9600, 19200, 57600, 115200 Bd, 230400* Bd (* applicable for USB, Ethernet) |
| Power | 9 to 30Vdc, 24Vdc recommended |
| Operating temperature range | 0 to +50°C |
| Dimensions including connectors | 270 x 570 x 140 mm |
| Protection | IP20 |
| Weight | approximately 800 g |
| Warranty | 3 years |
Tech Specs
Test Equipment General Attributes |
|
|---|---|
| Product Weight | 2 LBS |
| Product Height | 22.40 IN |
| Product Length | 5.50 IN |
| Product Width | 10.60 IN |
| Shipping Weight | 2.3 LBS |
| Country of Origin | Czech Republic |
| Shipping Height | 22.40 IN |
| Shipping Length | 5.50 IN |
| Shipping Width | 10.60 IN |
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