| Image | Part Number | Description / PDF | Quantity | Rfq |
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Thomas Research Products |
CTC JBOX ADAPTER |
18 |
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Thomas Research Products |
CTC MODULE |
21 |
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Thomas Research Products |
SWITCH LATCHING 1 W/LED IVORY |
0 |
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Thomas Research Products |
ZONE5 WALL SWITCH PLATE STYLE 5 |
0 |
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Thomas Research Products |
CONVERTS LOW VOLTAGE |
0 |
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Thomas Research Products |
SWITCH MOM 2 BUTTON W/LED GRAY |
0 |
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Thomas Research Products |
SWITCH MOM 3 BUTTON W/LED ALMOND |
0 |
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Thomas Research Products |
SWITCH MOM 4 BUTTON W/LED ALMOND |
0 |
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Thomas Research Products |
SWITCH MOM 3 BUTTON W/LED WHITE |
0 |
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Thomas Research Products |
SWITCH LATCHING 1 GRAY |
0 |
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Thomas Research Products |
SWITCH LATCHING 2 GRAY |
0 |
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Thomas Research Products |
SWITCH MOM 1 BUTTON W/LED WHITE |
0 |
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Thomas Research Products |
SWITCH LATCHING 3 LT. ALMOND |
0 |
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Thomas Research Products |
SWITCH LATCHING 4 WHITE |
0 |
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Thomas Research Products |
LINE V UNIVERSAL 120-277 VAC |
0 |
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Thomas Research Products |
SWITCH MOM 3 BUTTON LT. ALMOND |
0 |
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Thomas Research Products |
RELAY WITH MANUAL TEST 277VAC |
0 |
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Thomas Research Products |
SWITCH MOM 4 BUTTON ALMOND |
0 |
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Thomas Research Products |
SWITCH MOM 4 BUTTON GRAY |
0 |
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Thomas Research Products |
DOUBLE ROCKER PAD SWITCH WHITE |
0 |
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Lighting control accessories are critical components in industrial automation systems, enabling precise management of lighting environments. These devices integrate sensors, actuators, and communication modules to optimize energy efficiency, enhance user comfort, and support smart building functionalities. With advancements in IoT and AI, modern lighting control accessories play a pivotal role in Industry 4.0, enabling real-time monitoring, predictive maintenance, and adaptive lighting strategies.
| Type | Functional Features | Application Examples |
|---|---|---|
| Occupancy Sensors | PIR/infrared detection, daylight harvesting, adjustable sensitivity | Office lighting automation, warehouse energy saving |
| Dimming Modules | 0-10V/PWM control, phase-cut dimming, DALI compatibility | Hotel room ambiance control, retail display lighting |
| Wireless Controllers | Zigbee/Z-Wave/BLE mesh support, remote configuration | Smart factory lighting networks, outdoor street lighting |
| Time Switches | Programmable schedules, astronomical clock functionality | Industrial shift-based lighting, parking lot management |
| Relay Units | High-current switching, surge protection, dry contact interfaces | Large-scale HVAC-lighting integration, emergency lighting control |
Typical lighting control accessories consist of: - Housing: Flame-retardant polycarbonate (IP20-IP67 ratings) - Sensing Elements: PIR sensors, photoresistors, ambient light detectors - Control Circuitry: Microcontrollers (ARM Cortex-based), power MOSFETs - Communication Interfaces: RS-485, KNX, Modbus, wireless transceivers - Power Management: Switching regulators, EMI filters, transient protection
| Parameter | Value/Range | Importance |
|---|---|---|
| Input Voltage | 12-240V AC/DC | Ensures compatibility with different power systems |
| Control Protocol | DALI, DMX512, BACnet | Determines integration capability with building management systems |
| Ambient Operating Temp | -20 C to +55 C | Affects reliability in industrial environments |
| Response Time | 50ms-5s | Impacts real-time control performance |
| Dimming Resolution | 1-16 bit | Defines light output precision |
Key industries include:
| Manufacturer | Representative Product | Key Features |
|---|---|---|
| Siemens | Desigo Room Automation | Modular design, BACnet integration |
| Schneider Electric | Ener'G Control | Energy monitoring, DALI support |
| Philips Hue | Hue Bridge Pro | Zigbee 3.0 gateway, local control |
| Crestron | Dimming Control Systems | 16-bit resolution, 0-10V output |
| Lutron | Radio Powr Savr | Wireless occupancy sensing, LEED certification |
Key considerations:
Smart Factory Implementation: A automotive plant integrated wireless occupancy sensors with dimming modules and relay units. Result: 42% energy reduction, 30% maintenance cost savings through predictive fault detection.
Key developments: