Technical Specifications:

Functional Features:

• 10 universal input channels — highest channel count in 1/8 DIN class
• Dual Ethernet ports (2MN) — network redundancy or separate networks (e.g., control + IT)
• RS-232C/RS-485 serial — direct connection to legacy PLCs, modems, printers
• 4 alarm relay outputs — independent per channel or shared
• 4 MB Flash memory — stores up to 60 days of data at 1-second sampling
• Modbus TCP/IP (dual) + Modbus RTU (serial) — universal protocol support
• Web server — remote viewing via standard web browser (no client software)
• FTP client/server — automated scheduled data export
• Batch recording — timestamp-based batch start/stop with data export
• Data security: 3-level password protection, audit trail option

Material Composition:

• Front Bezel: Polycarbonate (UL94 V-0), black matte
• Rear Housing: ABS + PC blend, flame retardant (UL94 V-0)
• Terminal Block: Phosphor bronze, tin-plated, screw-clamp (2 rows × 10 channels)
• PCB: FR-4, double-sided, conformal coated
• LCD: FSTN monochrome, white LED backlight
• Ethernet Ports: RJ45, with integrated magnetics (isolation: 1.5 kV)

Structural Features:

• 96 × 96 mm square front panel (1/8 DIN)
• Depth behind panel: approx. 110 mm (deeper than ANR11 due to more channels)
• 2× RJ45 Ethernet ports + 1× DB9 serial port on rear
• 4× alarm relay terminals on rear terminal block
• Screw-clamp terminals: wire size 0.5–2.5 mm² (AWG 20–14)
• IP66 front — sealed against dust and water jets

Working Principle:
Each of the 10 input channels has a dedicated signal conditioning ASIC that handles TC cold-junction compensation, RTD ratiometric measurement, mA/mV scaling, and frequency counting. Signals are digitized via 16-bit A/D converters and stored in a 4 MB circular Flash buffer. The dual Ethernet ports run independent Modbus TCP server instances — one for control network (e.g., PLC/DCS) and one for IT network (e.g., historian). The serial port supports Modbus RTU master/slave for legacy device communication. Alarm logic runs on a dedicated microcontroller for deterministic response (< 100 ms).

Advantages & Highlights:

• 10 channels in 1/8 DIN — highest density in class, saves 70% panel space vs. single-channel recorders
• Dual Ethernet — network redundancy eliminates single point of failure
• Serial + Ethernet + Web — connects to any system, old or new
• 4 alarm relays — local alarm indication independent of network
• 4 MB memory — longest recording duration in compact form factor

Applicable Industries:

• Oil & Gas (wellhead monitoring, pipeline SCADA)
• Power Plants (boiler, turbine, generator monitoring — 10+ points per unit)
• Chemical Plants (reactor temperature, pressure, flow, level — 10+ loops)
• Water/Wastewater (multi-point treatment process monitoring)
• Manufacturing (OEE data collection from 10+ machines)
• Pharmaceutical (multi-point batch recording for FDA compliance)

Installation Requirements:

• Panel cutout: 92 mm × 92 mm (for 96 × 96 mm bezel with gasket)
• Mounting depth: ≥ 115 mm behind panel
• Ethernet: Cat5e/Cat6, max. 100 m per segment
• Serial: RS-485 max. 1200 m (with 120 Ω termination at each end)
• Use shielded cable for all input connections — ground at recorder end
• Power: dedicated circuit, 10 A fuse recommended

Usage Precautions:

• Do not exceed 10 input channels — each channel has dedicated terminals, do not daisy-chain
• Verify TC type matches configuration — wrong TC type = error up to hundreds of °C
• Do not apply > 30 V DC or > 250 V AC to any input
• Configure dual Ethernet IP addresses on different subnets if using redundancy
• Back up data weekly via FTP — 4 MB fills in ~60 days at 1-second sampling
• Firmware update via Ethernet only — do not use serial for firmware
• Serial number L1D99078 — record for warranty and service tracking