ERCO & GENER / Ercogener industrial modems and IoT gateways

Industrial cellular modems, M2M routers, and autonomous telemetry devices from ERCO & GENER / Ercogener ensure dependable telemetry data acquisition for industrial automation, telemetry, and smart metering systems.

ERCO & GENER GenPro 435e and 425e industrial cellular modems

Industrial cellular modems ERCO & GENER / Ercogener GenPro 435e and GenPro 425e provide reliable telemetry transfer across 4G, 3G, and 2G mobile networks. The rugged metal housing shields internal circuits from electromagnetic interference while RS-232 and RS-485 ports connect to PLCs.

Support for LTE Cat 4, UMTS, and GSM bands with automatic carrier network switching
Isolated RS-232C and RS-485 serial communication ports for robust industrial telemetry
Wide input voltage range from 7.2 to 32 VDC with integrated surge protection circuits
Embedded EaseConnect and EaseIP firmware stacks for transparent Modbus communication

ERCO & GENER GenPro 410e compact communication terminals

Compact communication terminals ERCO & GENER / Ercogener GenPro 410e and GenPro 300e are optimized for integration inside cramped automation cabinets. The USB 2.0 port simplifies local configuration while rugged terminal blocks allow direct wiring of external control and alarm loops.

USB 2.0 interface with mini-B connector for direct firmware setup and parameter tuning
Dedicated mounting brackets providing secure mechanical fastening on enclosure plates
Configurable digital inputs and transistor outputs for alarm monitoring applications
High-frequency SMA-M antenna connectors for external magnetic and fixed cellular antennas

ERCO & GENER GenLoc 454e vehicle telematics terminals

Industrial telematics units ERCO & GENER / Ercogener GenLoc 454e and GenLoc 341e combine GNSS satellite positioning with multi-band cellular data transfer. The units deliver non-stop tracking for industrial fleet vehicles, heavy machinery, and mobile power stations in harsh operating environments.

High-sensitivity GPS and GLONASS receiver delivering precision asset tracking data
Configurable analog 0-10V and 4-20mA inputs for connecting external pressure sensors
Integrated 3-axis accelerometer for shock, tilt, and harsh motion event monitoring
Internal rechargeable backup battery powering alert notifications during main power loss

ERCO & GENER EG-IoT rugged autonomous telemetry devices

Autonomous telemetry units ERCO & GENER / Ercogener EG-IoT are engineered for field sensor gathering in aggressive environments. The sealed housing with IP67/IP69K ingress protection repels moisture and dust, while LTE-M and NB-IoT support ensures years of multi-year battery operation.

Rugged weatherproof enclosure carrying IP67, IP69K, and IK09 mechanical impact ratings
Support for energy-efficient cellular LTE-M, NB-IoT, LoRaWAN, and BLE connectivity
Industrial sealed M8 interface cable for wiring external digital and analog meters
Embedded EaseEG-IoT low-power firmware routines extending battery operating cycles

ERCO & GENER EG-IoT remote telemetry modules and beacons

Specialized ERCO & GENER / Ercogener EG-IoT 1A01 and EG-IoT 4201 modifications serve remote asset tracking across shipping containers and storage drums. Internal antennas and motion sensors instantly detect physical movements and dispatch telemetry coordinates straight into SCADA host networks.

Internal antennas for GSM, GNSS, and BLE preventing risk of external cable tearing
Direct sensor readout for industrial 4-20mA loop, temperature, and tank level metrics
Tamper alert sensing and automatic activation when locked onto base mounting plates
Selection of verified high-capacity replacement lithium battery packs for field units

ERCO & GENER GenPro EaseNTRIP high-precision RTK modems

Specialized ERCO & GENER / Ercogener GenPro 425e and GenPro 325e cellular modems with EaseNTRIP firmware deliver precision spatial reference positioning. The hardware transfers RTK differential corrections via NTRIP protocols for agricultural guidance and autonomous construction systems.

Integrated NTRIP client for direct linkage to fixed differential correction reference networks
Centimetric accuracy guidance for precision farming machinery and heavy earthmoving gear
Transparent transmission of RTCM correction data via isolated RS-232 and RS-485 ports
Automated TCP session recovery and continuous stream validation for mission-critical jobs

ERCO & GENER industrial cellular and navigation antennas

External industrial antennas from ERCO & GENER / Ercogener ensure dependable radio reception in weak mobile coverage zones and on mobile vehicles. Rugged bracket mounts, heavy-duty magnetic bases, and low-loss 50-ohm RF cables deliver minimal signal loss in harsh outdoor telematics setups.

Wideband omnidirectional 2G, 3G, and 4G antennas delivering from 2 up to 3 dBi gain
Heavy-duty magnetic and bracket mounts equipped with vibration-proof SMA-M connectors
Combined antenna modules allowing simultaneous cellular transmission and GNSS reception
Weatherproof low-loss coaxial feeder cables up to 10 meters long with factory terminations

ERCO & GENER mounting kits, power supplies, and antennas

To maintain maximum uptime of communications equipment, ERCO & GENER / Ercogener provides standard mounting hardware and spare components. DIN rail kits K002, locking clips K213 and K113, 12V power units, and antennas ensure fast installation and vibration-proof wiring in enclosures.

DIN rail mounting kits K002 designed for fixing modem housings on standard 35mm rails
Quick-snap locking clips K213 and K113 for tool-free installation of EG-IoT devices
Industrial DIN rail power supplies converting 220VAC to 12VDC 3A with screw terminals
High-frequency low-loss RF antenna cables and adapter leads with 50-ohm impedance

Diagnostic verification of GenPro communication channels

Routine diagnostics of ERCO & GENER GenPro 435e and GenPro 425e industrial modems begin with RF circuit evaluation. Measuring the standing wave ratio of antenna feedlines and incoming RSSI/RSRP levels pinpoints coaxial line losses and identifies degradation of receiver front-ends.

The test bench verifies operational stability down to the 7.2 VDC lower voltage threshold and confirms automatic roaming across cellular towers under weak coverage.

RS-232 and RS-485 interface testing involves oscilloscope inspection of RxD and TxD waveform edges and differential voltage measurements under 120-ohm bus termination to identify transceiver faults.

Industrial protocol setup and EaseConnect firmware tuning

Data transfer configuration for ERCO & GENER terminals is handled via command interfaces and the EaseConnect software package. Engineers set serial port baud rates from 1200 up to 115200 bps alongside parity and stop bit counts matching connected automation meters and PLCs.

The profile defines carrier APN credentials, CHAP or PAP authentication, Modbus RTU response timeouts, and periodic keep-alive intervals to prevent dropped TCP connections.

When connecting to supervisory systems, engineers configure address tables to provide a transparent data tunnel between the field bus and the remote host.

Power supply circuit inspection and transient surge suppression

Modem outages inside electrical cabinets are frequently triggered by inductive switching surges on 24 VDC power buses.

Incoming inspection of GenPro 410e and GenPro 354e boards verifies the health of varistors, TVS transient suppression diodes, and PolySwitch resettable fuses within the input filter network.

Defective suppression parts are replaced with approved semiconductor components maintaining identical voltage clamping thresholds. Engineers measure ripple on internal DC-DC converter stages and test filter capacitors whose aging leads to spontaneous controller reboots during transmission bursts.

Calibration of analog sensor inputs and EG-IoT telemetry

Metrological inspection of analog measurement loops on ERCO & GENER EG-IoT autonomous devices utilizes precision field calibrators. Measurement accuracy for standard 4-20mA current loops and 0-10V DC signals is verified across five reference calibration points in rising and falling steps.

When readings drift from nominal ratings, offset and gain coefficients are updated in device memory using the EaseEG-IoT utility. Digital inputs are checked for optical isolator thresholds and debounce filtering on relay contacts.

End-to-end loop testing confirms digitized values prior to field installation.

Maintenance of GenLoc tracking units and internal batteries

Maintenance for GenLoc 454e and GenLoc 341e tracking devices safeguards spatial positioning accuracy and battery endurance for mobile assets. Technicians measure internal rechargeable lithium backup battery voltage under load and check standby current draw.

When battery capacity drops below 80 percent of design rating, the cell is renewed to avoid telemetry loss upon vehicle ignition cutoff.

GNSS receiver testing verifies tracking sensitivity across GPS and GLONASS constellations, time to first fix, and multipath mitigation under structural obstructions. Antenna ports are inspected and resealed.

Field commissioning and SCADA network integration procedures

Commissioning ERCO & GENER devices in automation and telemetry enclosures follows an approved engineering test procedure. Technicians verify mechanical rail mounting using K002 clips to ensure proper airflow spacing for convection cooling.

Power conductors are checked for correct polarity, 120-ohm termination resistors are installed across RS-485 line ends, and cable shields are grounded to the designated instrumentation earth bar.

Final commissioning includes a continuous 24-hour communication loop test to verify zero packet CRC errors prior to handing over the completed telemetry station.

ERCO & GENER / Ercogener and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of ERCO & GENER / Ercogener and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.