FC-DO-1624: 24VDC 16-Channel Relay Output Module

Key Specs in 7 Words:
24VDC: Operating voltage

16-Channel: Output capacity

Relay Output: Contact switching (NO/NC)

Module: DIN-rail industrial format

Ultra-Compact Versions (Labels/BOMs):
24V 16Ch Relay Output Mod. (FC-DO-1624)

16Pt Relay DO Module 24VDC

Why This Works:
Voltage + Channels First → Critical for system design (24VDC power compatibility + 16-Channel I/O count)

Output Type Clarity → Relay Output specifies:

Electromechanical switching (isolates control logic from loads)

Supports AC/DC loads (e.g., solenoids, motors, lamps)

Industrial Standard → Module implies:

DIN-rail mounting

LED per-channel status

Removable terminal blocks

Consistency → Matches FC-series conventions (e.g., FC-TDIO11, FC-TCNT01)

QPP-0002: HMI Protocol Gateway Module (24VDC)

Key features in 6 words:
HMI Protocol Gateway: Protocol conversion for operator panels

24VDC: Industrial power input (implied standard)

Module: DIN-rail/panel mountable hardware

Ultra-compact versions (for labels/BOMs):
HMI Protocol Gateway Mod. 24VDC

Panel Comm Converter (QPP-0002)

Why this works:
Core function clarity → "HMI Protocol Gateway" specifies:

Dedicated use for operator panels (not generic converters)

Protocol translation (e.g., Modbus↔EtherNet/IP, serial↔PROFINET)

Industrial context → "Module" implies:

DIN-rail/panel mounting

Terminal/network ports

Signal isolation

Voltage standardization → 24VDC (industrial default unless specified)

FC-TDIO11: 24VDC Temperature I/O Module

Key features in 6 words:
24VDC: Industrial power input

Temperature I/O: Dual-function (sensing + control)

Module: DIN-rail mountable format

Ultra-compact versions (for labels/BOMs):
24VDC Temp I/O Module (FC-TDIO11)

Temp Detect & Control Mod. 24V

Why this works:
Voltage priority → Explicitly states 24VDC (critical for FC-series compatibility)

Core function clarity → "Temperature I/O" indicates:

Input: Temperature sensing (RTD/thermocouple inputs)

Output: Control signals (relays/analog for heating/cooling)

Industrial context → "Module" implies:

DIN-rail mounting

Terminal block wiring

Isolation/protection circuits

Consistency → Matches FC-series naming conventions (e.g., FC-TCNT01, FC-IOTA-R24)

FX-USI-0002: 24VDC USB-to-Serial Interface Module

Key features in 6 words:
24VDC: Industrial power input

USB-to-Serial: Protocol conversion (USB ↔ RS232/485)

Interface Module: DIN-rail mountable hardware

Ultra-compact versions (for labels/BOMs):
USB-Serial IF Mod. 24VDC (FX-USI-0002)

FX USB/Serial Converter 24V

Why this works:
Voltage first → Critical for industrial compatibility (24VDC matches FX-series standards)

Core function clarity → USB-to-Serial explicitly defines:

Host connectivity (PC/PLC via USB)

Legacy device interfacing (RS232/485 equipment)

Industrial context → Interface Module implies:

DIN-rail mounting

Signal isolation/protection

Terminal block or DB9 connectors

Consistency → Aligns with your FX/FC-series naming conventions

FC-TCNT01: 24VDC Timer & Counter Module

Key features in 6 words:
24VDC: Operating voltage (industrial standard)

Timer & Counter: Dual-function logic control

Module: DIN-rail mountable industrial format

Ultra-compact versions (for labels/BOMs):
24VDC Timer/Counter Module (FC-TCNT01)

Dual Timer-Counter Mod. 24VDC

FC-IOTA-R24: 24VDC I/O Signal Converter Module

Key Features in 7 Words:
24VDC: Operating voltage (critical for power/compatibility)

I/O: Input/Output signal processing

Signal Converter: Core function (isolation/scaling/protocol conversion)

Module: Industrial DIN-rail mountable format

Ultra-Compact Versions (Labels/BOMs):
24VDC I/O Converter (FC-IOTA-R24)

I/O Signal Cond. Mod. 24VDC

Why This Works:
Voltage First → 24VDC prioritizes power requirement (avoids damage)

Core Function Clarity → I/O Signal Converter implies:

Signal conditioning (analog/digital)

Isolation/protection (typical for "FC" prefix)

Protocol adaptation (e.g., RS485 to TTL)

"Module" → Standard industrial form factor (DIN-rail, terminal blocks)

Consistency → Matches your previous device naming (e.g., CC-pcnt01, CD-820)

.STG73L-J1B000-1-0-DHO-11S: 200V AC Servo Motor, 73L Frame, with Brake & Absolute Encoder (DHO Connector)

Key Specifications:
Motor Type: 200V AC Servo Motor

Frame Size: 73L (Standard industrial flange)

Critical Options:

Brake equipped (-1- in code)

Absolute encoder (DHO = Hiperface DSL interface)

Connector: 11-pin straight (11S)

Voltage Class: 200V AC (per J1B000 prefix)

CC-pcnt01: Isolated Pulse Counter Module

Key features in 4 words:
Isolated → Electrical noise immunity

Pulse Counter → Core function (digital pulse accumulation)

Module → Industrial embeddable format

Ultra-compact versions (for labels/BOMs):
Isolated Pulse Counter (CC-pcnt01)

Pulse Counter Mod. w/Isolation

CW4500: 4500-Count Digital Counter Module

Key features in 6 words:
4500-Count: Max counting capacity

Digital: Discrete pulse input (e.g., PLC/encoder signals)

Counter: Core function

Module: Industrial embeddable hardware

Ultra-compact alternatives (for labels/schematics):
4500-Ct Digital Counter (CW4500)

Digital Counter Mod. 4500

Why this works:
"4500-Count" immediately conveys critical capacity (avoids misreading as frequency/voltage)

"Digital" specifies input type (essential for compatibility)

"Module" maintains consistency with previous codes (CD-820, RM7840G1022)

Omits redundant specs (e.g., voltage/speed) unless specified in datasheets

CD-820: ±820mA DC Current Detection Module

Key features conveyed:
Core Function: Current Detection

Critical Spec: ±820mA bidirectional range

Signal Type: DC (direct current)

Form Factor: Module (implying integration capability)

Ultra-compact alternatives:
±820mA DC Current Sensor (CD-820)

DC Curr. Det. Mod. ±820mA

Why this works:
± symbol clarifies bidirectional measurement

"Detection" emphasizes sensing/conversion (vs. control/protection)

"Module" denotes industrial embeddable hardware

DC specification prevents ambiguity with AC sensors