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G-4513-3GWA Series
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The G-4513 series are M2M (Machine to Machine) Power Saving PAC with a cellular transceiver and a solar charger. It can be used in hydrologic monitoring or mudslide monitoring system. With optional GPS model, the G-4513 can also be a GPS tracking system for vehicle management or maritime system. The features of G-4513-3GWA series: Solar charger, 3G module, Ethernet interface, optional GPS module, 3 digital inputs, 3 digital outputs, 8 analog inputs, 1 relay output.
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Description
Applications
Application 1 : Hydrologic / Wind Monitoring Application
Application 2: Car Monitor / Tracking System
Features
- Embedded MiniOS7, anti-virus
- Support GSM 850 / 900 / 1800 / 1900 MHz
- Support WCDMA 850 / 900 / 1900 / 2100 MHz
- Solar charger for Lead acid battery
- 10/100 Base-TX compatible Ethernet controller
- COM port: COM1 (5-wire RS232), COM2 (RS-485)
- I/O: 3 DI, 3 DO, 8 AI, 1 relay DO
- Support SD card.
- Built-in RTC, NVRAM, EEPROM
- 128*64 dots LCM display (option)
- GPS : 32 channels with All-In-View tracking (option)
- Support TCP ,UDP client connection over GPRS
- High reliability in harsh environments
- DIN-Rail mountable
Software Solutions
The M2M RTU center software with friendly Graphic interface is to manage the GPRS RTU products easily. Users can monitor the I/O data and status of GPRS RTU devise by the interface on PC. By using the GPRS RTU API tool and M2M RTU center software, any remote monitoring system can be achieved easily and efficiently. For SCADA system, the M2M.OPC server is provided to connect to SCADA by OPC interface.
Easy to Establish GPRS Network Applications
It is a big headache for engineers to establish the GPRS applications because the dynamic IP management is required. Applying the GT-540 and M2M RTU center software, the dynamic IP addresses can be managed between them. The remote GPRS RTU product would connect to M2M RTU Center automatically. Therefore, all remote GPRS RTU devices can be managed by s single centralized M2M GPRS RTU Center software with a fixed IP address. Moreover, there are M2M API tool and OPC server for engineers to develop the GPRS applications by VB, VC or SCADA development tools conveniently without any IP address management effort.
It is a big headache for engineers to establish the GPRS applications because the dynamic IP management is required. Applying the GT-540 and M2M RTU center software, the dynamic IP addresses can be managed between them. The remote GPRS RTU product would connect to M2M RTU Center automatically. Therefore, all remote GPRS RTU devices can be managed by s single centralized M2M GPRS RTU Center software with a fixed IP address. Moreover, there are M2M API tool and OPC server for engineers to develop the GPRS applications by VB, VC or SCADA development tools conveniently without any IP address management effort.
Active data transmission
The GT-540 with active I/O transmission mechanism can raise the communication. Unlike the traditional poll communication, it would transfer the data by the defined time, DI trigger or AI hi/lo alarm. In addition to improve the way of communication, that can also reduce the AP effort.
The GT-540 with active I/O transmission mechanism can raise the communication. Unlike the traditional poll communication, it would transfer the data by the defined time, DI trigger or AI hi/lo alarm. In addition to improve the way of communication, that can also reduce the AP effort.
Transfer data by e-mail
Expect for the transferring data by the general communication with the M2M RTU center, users can choose the e-mail mode to send these data by e-mail over GPRS in the fixed time.
Expect for the transferring data by the general communication with the M2M RTU center, users can choose the e-mail mode to send these data by e-mail over GPRS in the fixed time.
Modbus RTU device connectivity
The GT-540 is built-in Modbus RTU protocol. That can make any Modbus RTU device connect to the GT-540. By the way of GT-540, Modbus RTU devices can be used in GPRS remote system. The max Modbus RTU device can be connected to the GT-540 is three.
The GT-540 is built-in Modbus RTU protocol. That can make any Modbus RTU device connect to the GT-540. By the way of GT-540, Modbus RTU devices can be used in GPRS remote system. The max Modbus RTU device can be connected to the GT-540 is three.
Simple Local I/O link Control
There are I/O built-in GPRS RTU devices of ICP DAS. Therefore, these products can be the GPRS I/O devices. Expect for these local I/O data can be sent to the host PC, the I/O link function of them help users to do the simple control in local field. For example: the DI trigger or high/low AI alarm can driver the DO channel.
There are I/O built-in GPRS RTU devices of ICP DAS. Therefore, these products can be the GPRS I/O devices. Expect for these local I/O data can be sent to the host PC, the I/O link function of them help users to do the simple control in local field. For example: the DI trigger or high/low AI alarm can driver the DO channel.
Built-in I/O Data Logging
The GT-540 provides an external SD interface. These local I/O and Modbus data are recorded in SD memory card for one day in a single file.
The GT-540 provides an external SD interface. These local I/O and Modbus data are recorded in SD memory card for one day in a single file.
Hardware Specification
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Item
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G-4513-3GWA
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G-4513D-3GWA
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G-4513P-3GWA
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G-4513PD-3GWA
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| CPU | 80 MHz internal microprocessor | ||||
| SRAM/Flash | 512K/512K , real time clock, watchdog timer | ||||
| NVRAM | 31 bytes, battery backup, data valid up to 10 years | ||||
| EEPROM | 16 KB, retention > 40 years. 1,000,000 erase/write cycles | ||||
| Comm. Interface | |||||
| COM ports | COM1:5-wire RS-232; COM2: RS-485 | ||||
| Ethernet | 10/100 Base-TX Ethernet controller | ||||
| GSM Interface | |||||
| Frequency Band | GSM 850/900/1800/1900 MHz | ||||
| GPRS connectivity | GPRS class 10/8; GPRS station class B | ||||
| SMS | MT, MO, CB, Text and PDU mode | ||||
| 3G Interface | |||||
| Frequency Band | WCDMA 850/900/1900/2100 MHz | ||||
| Power Class | Class 3 (250mW @ WCDMA/HSPA) | ||||
| Digital Input | |||||
| Input Channel | 3 | ||||
| Input Type | Source(Dry Type), Common Ground | ||||
| Off Voltage Level | +1 V max. | ||||
| On Voltage Level | +3.5 ~ +30 V | ||||
| Isolated Voltage | Non-isolated | ||||
| Digital Output | |||||
| Output Channel | 3 | ||||
| Output Type | 3 Open Collector (Sink/NPN) | ||||
| Load Voltage | +30 VDC max. | ||||
| Load Current | 100 mA max. | ||||
| Isolated Voltage | Non-isolated | ||||
| Analog Input | |||||
| Input Channel | 8 | ||||
| Resolution | 12 – bit | ||||
| Input Range/Type | 0 ~ 20 mA | ||||
| Sample Rate | 1 KHz max. (Read one channel). | ||||
| Accuracy | +/- 2 LSB (+/- 0.0097 mA) | ||||
| Isolated Voltage | 2500Vrms 3000Dc to DC | ||||
| Relay | |||||
| Output Channel | 1 | ||||
| Type | Form C | ||||
| Input Range | 2A@30 Vdc ; 0.25 A @250 Vac | ||||
| Mechanical endurance | typ. 108 operations | ||||
| GPS Interface | |||||
| Support Channels | – | 32 | |||
| Sensitivity | – | Tracking = up to -159 dBm (with external LNA) | |||
| Cold start = up to -146 dBm (with external LNA) | |||||
| Acquisition Time | – | Hot start (Open Sky) = 2 s(typical) | |||
| Cold start (Open Sky) = 36 s(typical) | |||||
| Protocol Support | – | NMEA 0183 version 3.01 | |||
| LCD Interface | |||||
| General | Effective display area | – | 80.61 mm x 14.37 mm (W x H) | – | 80.61 mm x 14.37 mm (W x H) |
| Module Dimension | – | 93 mm x 70 mm x 1.6 mm (W x H x T) | – | 93 mm x 70 mm x 1.6 mm (W x H x T) | |
| Life Time | – | Expected life is more than 100,000 hours under normal operation | – | Expected life is more than 100,000 hours under normal operation | |
| Power | |||||
| Protection | Power reverse polarity protection | ||||
| Frame Ground Protection | ESD, Surge, EFT, Hi-Pot | ||||
| Power Requirement | +10 VDC ~ +30 VDC , (Max. Voltage of Solar Panel must less +30V) | ||||
| Power Consumption | Sleep: < 10 mA @ 12VDC; Sleep(With LCD): < 11 mA @ 12VDC; Idle: 77 mA @ 24 VDC; Data Link: 150 ~ 400 mA (peak) @ 24 VDC | ||||
| Lead Acid Battery | |||||
| Battery | 12V Lead-Acid Battery | ||||
| Charging Voltage | Voltage of Power Input must be over +16V | ||||
| Low Voltage Protect | Low Voltage disconnect = 11.1V / Low Voltage reconnect = 12.6V | ||||
| LED Indicators | |||||
| System | Red | ||||
| 3G | Yellow | ||||
| GPS | — | Green | |||
| Charging / Fault | Green/Red | ||||
| Mechanical | |||||
| Casing | Metal | ||||
| Dimensions | 47 mm x 142 mm x 168 mm (W x L x H) | ||||
| Installation | DIN-Rall and Wall mount | ||||
| Environment | |||||
| Operating Temperature | -20 ~ +70 °C | -15 ~ +55 °C | -20 ~ +70 °C | -15 ~ +55 °C | |
| Storage Temperature | -40 ~ +80 °C | -20 ~ +70 °C | -40 ~ +80 °C | -20 ~ +70 °C | |
| Humidity | 5~90% RH, non-condensing | ||||
Ordering Informations
| G-4513-3GWA CR | 3G WCDMA Power Saving PAC with Solar charger (RoHS) |
| G-4513D-3GWA CR | 3G WCDMA Power Saving PAC with Solar charger and LCD display (RoHS) |
| G-4513P-3GWA CR | 3G WCDMA Power Saving PAC with Solar charger and GPS Function (RoHS) |
| G-4513PD-3GWA CR | 3G WCDMA Power Saving PAC with Solar charger, LCD display and GPS Function (RoHS) |
