Características:

• Disponible en varios voltios (277-528 V).
• Detección de cruce por cero
• Mejoras de la vida útil del diseño
• Protección contra sobrecorriente
• Cumple o supera la norma ANSI C136.10.
• Cumple con ROHS.
• Fabricado según la norma ISO
• Fototransistor con filtro IR.
• Placa de circuito impreso de fibra de vidrio FR4.
• Relé sellado fiable.
• MOV con una capacidad nominal de 640 julios (actualizable a 1280 julios).
• Retardo de apagado de 3 a 6 segundos.
• Cubierta amarilla estándar. Otros colores opcionales.
• IP66, IP67 opcional
• Cubierta de 3,0 mm de espesor
• 10 años de garantía

High-Voltage, Long-Life Photocontrol for Demanding Outdoor Lighting Projects

In highway, roadway, and large-scale outdoor lighting projects, photocell failure is not a small issue.
A single unreliable photoelectric switch can lead to:

• Lights staying off at night, creating safety risks
• Lights staying on during the day, wasting energy
• Frecuente truck rolls, increasing O&M costs
• Failed inspections due to ANSI or UL non-compliance

El LT154E Twist-Lock Photocell is engineered specifically to solve these problems in high-voltage, high-surge, long-life applications.

Designed to Solve Real-World Problems

Problem 1: High Inrush Current Damages Standard Photocells

Modern LED drivers generate high inrush currents, which can weld relay contacts or shorten product life.

LT154E Solution
✔ Detección de cruce por cero ensures switching occurs at the optimal point in the AC waveform, dramatically reducing inrush stress on the relay and extending service life.

Problem 2: Voltage Mismatch in 347–480V Projects

Many projects operate at 347V or 480V, where standard 120–277V photocells fail or void warranties.

LT154E Solution
✔ Multi-Volt Design (277–528V applicable)
✔ Fully compliant with ANSI C136.10 y UL773, making it suitable for North American utility and municipal specifications.

Problem 3: Surge Damage from Lightning and Grid Instability

Outdoor lighting systems are constantly exposed to lightning-induced surges and grid disturbances.

LT154E Solution
✔ MOV surge protection rated at 640J (upgradeable to 1280J)
✔ Designed to withstand repeated surge events without functional failure
✔ Ideal for highways, open roads, and storm-prone regions

Problem 4: Premature Failure in Harsh Environments

Heat, UV exposure, moisture, and dust are common causes of early photocell failure.

LT154E Solution
✔ IP66 standard, IP67 optional for enhanced waterproof protection
✔ 3.0mm thick anti-UV polypropylene cover resists cracking and discoloration
✔ Sealed relay + FR4 fiberglass PCB for long-term stability
✔ Operating temperature range: -40°C a +70°C

Stable Lighting Control You Can Rely On

• Turn-on light level: 10–16 Lux (customizable)
• ON/OFF ratio: 1 : 1.5 for consistent dusk-to-dawn operation
• Retardo de tiempo: 3–10 seconds to prevent false switching from transient light sources
• Switch life: >10,000 ON/OFF cycles at rated load
• Design life: up to 90,000 hours

This ensures stable, predictable lighting behavior throughout the life of the luminaire.

Aplicaciones

The LT154E is widely used in projects where failure is not an option:

• Roadways and highways
• Alumbrado público municipal
• Parking lots and public areas
• Iluminación perimetral y de seguridad
• LED luminaires with electronic drivers
• HID, induction, fluorescent, and mixed-load systems

Why EPCs and Utilities Choose LT154E

• ✔ Fully compliant with ANSI C136.10 & UL773
• ✔ High-voltage ready for 347–480V systems
• ✔ garantía de 10 años, reflecting long-term confidence
• ✔ Proven performance in real outdoor projects
• ✔ Customizable parameters (lux level, delay, fail mode, cover color)

A Reliable Choice for Long-Term Projects

El LT154E is not designed to be the cheapest photocell on the market — it is designed to be the most dependable one over 10 years of service.

For EPC contractors, utilities, and lighting manufacturers, that means:

• Fewer failures
• Lower maintenance costs
• Better project reputation
• Predictable long-term performance

Eléctrico con tapa de plomo
Engineering photocells that solve problems in the field — not just on paper.