| Parameter | Detail | |-----------|--------| | Processor | Dual-core ARM Cortex-R52 lockstep @ 400 MHz | | Memory | 2 GB DDR4 (ECC-protected) / 8 GB eMMC for log storage | | Analog inputs | 8x differential, 24-bit ADC, sample rate up to 50 kHz | | Digital I/O | 6x configurable (sourcing/sinking) up to 2A per channel | | Fieldbus | 2x Ethernet (PROFINET, EtherNet/IP, Modbus TCP), 1x RS-485 | | Wireless option | Optional 2.4 GHz mesh (GlantaMesh protocol) | | Power | 12-48V DC, reversed polarity protected, 6W typical | | Protection class | IP67 (ALP-AMXD variant), IP20 (baseboard variant) |
– A desktop IDE. Connect via USB-C (service port). The software scans the device, displays live waveforms, and allows drag-and-drop logic blocks (AND/OR timers, comparators, PID loops). Fors Glanta -ALP-AMXD-
When you need a diagnostic tool that works quietly, continuously, and precisely—even when the central PLC is rebooting, the switchgear is humming with interference, and the ambient temperature exceeds 85°C—the is not just an option. It is the answer. | Parameter | Detail | |-----------|--------| | Processor
The shines in four distinct industrial domains. When you need a diagnostic tool that works
The standout feature is the —a galvanic separation of 2.5 kV that prevents ground loops from skewing sensitive readings in high-EMI environments, such as near VFDs (variable frequency drives) or large induction motors.
The final, most striking component is the suffix: -ALP-AMXD- . This string breaks the flow of natural language, signaling a shift into the technical, the bureaucratic, or the digital.