sistema de monitoreo de control de infraestructura de alumbrado público de ciudad inteligente

El controlador de terminal de iluminación inteligente es ampliamente utilizado en los proyectos de alumbrado público de ciudades inteligentes ,, túneles de autopistas exprés y el sistema de iluminación industrial en almacenes , fábricas ,, etc. . , para controlar los accesorios de iluminación a través del hombre-máquina. interfaz, monitorización de lámparas y adquisición de datos.

Marca:
SOWIN
Orden (MOQ):
5
Pago:
T/T
Origen del producto:
China
Color:
Gray
Puerto de embarque:
Guang Zhou
Tiempo de espera：
5 weeks

Investigación ahora Descargar

Detalle del producto

detalle de la tecnología PLC y lora que se muestra en los grupos de luces de calle y túneles de la autopista del anillo exterior de shen zhen de 93 km:

basado en nema calle controlador de iluminación

I. introducir

ch-slc910 inteligente único controlador de iluminación es una parte importante de la iluminación inteligente administración sistema , mediante la adopción de la tecnología de atenuación PWM/0-10V , se da cuenta principalmente del interruptor encendido apagado de lámparas y atenuación 0%~100%.

adopta la última tecnología de comunicación LORA y auto- organización de la tecnología de comunicación en red, que tiene las ventajas del cableado gratuito, bajo consumo de energía, larga distancia de transmisión y otras ventajas para trabajar con nuestro comunicación bidireccional cc (controlador centralizado) que es independientemente desarrollado por nuestra empresa, que puede encender/apagar de forma remota, 0 %~100 % de atenuación, energía eléctrica/adquisición de datos, detección de fallas,etc.

ii.F unciones

1. controlF unción

1.1: scl (controlador de iluminación inteligente) controlará los energía circuito de alimentación o n&off y el cambio de iluminación de la lámpara a través del canal de comunicación inalámbrica lora bajo la gestión delI cc inteligente (controlador centralizado) y otros dispositivos de gestión, con un rango de 0%~100%.

1.2: controla automáticamente la potencia circuito de alimentación o n&off y el cambio de iluminación de la lámpara según el horario, con un rango de 0% a 100%.

2. comunicaciónF unción

2.1.U plink loraC comunicación,C comunicaciónD distancia entre lora solo l luchaC controlador yI inteligenteL lucha controlador centralizado es 500 metro o 800m, mallaN trabajo en red

3. culpaA alarmaF unción

los sola lampara El controlador inteligente (slc) puede informar automáticamente la información de la falla al controlador centralizado (cc) y otros equipos de gestión; el CC de iluminación inteligente y otros equipos de gestión consultarán continuamente el estado del controlador inteligente único controlador de iluminación.

4. iluminanciaS es funcion

el inteligente slc puede calcular la iluminancia promedio del entorno circundante, puede encender y apagar las lámparas de manera inteligente cuando se desconecta del sistema de gestión.

5. función de adquisición de energía

la recopilación de parámetros de energía eléctrica, puede registrar el consumo de electricidad de la lámpara.

6. el recinto

siga la carcasa de interfaz NEMA estándar internacional, compacta y fácil de instalar.

iii.P arametros

1. eléctricoP arametros

No.		P arametros
aporteV voltaje		ca 90v-264v
Proteccion al sobrevoltaje		405vac
energíaC consumo		< 1 seg
capacidad del relé		8 a/250v
reléL si		mecánicoL si > 5,0 00,000 veces; eléctricoL si（R resistenteL carga）:1 00,000 veces
reléI impulsoC actual		>110a
tensión soportada de aislamiento	l/n-pe	1.5kv
	l/n-485/tenue	3.5kv
(l-n L-PE n-pe)		±4kv
electricidad estática		±8kv
precisión de medición		±5%
regulador En gEndC capacidad		20 ma
método de atenuación		1-10v
losP poder de lámpara		<400w (2a, 220v)or 200w (1a, 110v)

2.En ambientalP arametros

No.	P arametros
normalO perandoT emperaturaR ángel	-25℃~+60℃
límiteO perandoT emperaturaR ángel	-40℃~+80℃
S almacenamiento yT transporte temperatura	-45℃~+80℃
S TormentoH humedad	≤85%

3.P rendimientoP arametros

No.	P arametros
mcu	C mineral c251M ainF frecuencia 8mhz
datos transferir r comió	D el valor predeterminado es 9.6 KBPS, otrosC personalizado
trabajandoF frecuencia	915mhz
A acuerdo	dl/t645
comunicaciónD distancia	500m~800m (distancia abierta , sin oclusión alrededor)
comunicaciónI interfaz	2 interfaces de comunicación,

iv: diagrama de cableado

v: atención

1. está prohibido conectar un SLC a varios controladores, y la potencia máxima. del controlador no supera los 400 W (220 V) o 200 W (110 V).ya que varios controladores están conectados en paralelo, la capacitancia interna es equivalente a una gran capacitancia, y la descarga inversa del capacitor en el momento del encendido/apagado afectará la vida útil del interruptor de relé.

2. el SLC debe conectarse correcta y firmemente para evitar cortocircuitos e incendios causados por un cableado incorrecto o incorrecto.

3. debido a las diferencias en los parámetros de la curva de atenuación de los controladores LED entre varios fabricantes de fuentes de alimentación,, nuestra empresa solo garantiza que la señal de salida de atenuación del controlador sea lineal, y no garantiza que la iluminación cambie a lineal cuando se trabaja con fuente de alimentación. si se requiere cambiar la iluminación de la lámpara a lineal, nuestra empresa puede proporcionar gratuitamente un servicio de prueba y calibración de la curva de atenuación, los clientes deben proporcionar lámparas y un entorno de prueba.

4. dado que la mayoría de los controladores LED no son estables cuando se ingresa 0~1V en el puerto de atenuación,, nuestra salida de atenuación real es 1~10V. cuando la plataforma de control envía el comando de atenuación desde 0% ~10%, el puerto de atenuación SLC generará 1 V y el relé se desconectará .

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