Horturion HPS 1000W 400V DE


Price:
Sale price$150.00

Description

HORTURION HPS 1000W – Unparalleled Efficiency in Plant Growth Lighting

Introducing the HORTURION HPS 1000 W Suprema, the pinnacle of high-pressure sodium (HPS) lighting technology. Engineered to deliver exceptional photosynthetically active radiation (PAR) output of 2200 µmol/s, it stands as the most efficient 1000 W HPS lamp currently available.


Key Features

  • Unmatched PAR Output: Delivers a superior 2200 µmol/s at 1000 W for optimal photosynthetic activity

  • Optimized Spectral Distribution: High red and blue light content promotes vigorous plant growth and disease resistance

  • Triple Capacitor Technology: Ensures reliable ignition and extends lamp lifespan

  • High PAR Maintenance: Maintains consistent performance throughout its lifetime

  • Easy Integration: Compatible with all standard 1000 W double-ended luminaires

  • Durable Construction: Engineered for long-term use with a service life up to 10,000 hours


Why Choose HORTURION HPS 1000 W Suprema?

Perfect for professional greenhouse and turf applications, the HORTURION Suprema offers:

  • Enhanced Yields: High-intensity output results in better productivity

  • Energy Efficiency: More light per watt means better performance without extra energy costs

  • Consistent Growth Results: Uniform and reliable lighting for superior plant health

  • Low Maintenance: Extended lifespan reduces the frequency and cost of replacements


Technical Specifications

  • Lamp Power: 1000 W

  • PAR Output: 2200 µmol/s

  • Voltage: 230 V

  • Current: 4.35 A

  • Ignition Voltage: 3.2 kV

  • Base: K12x30S

  • Bulb Type: Clear tubular

  • Service Life: Up to 10,000 hours


FAQs

Q: Is this lamp compatible with existing 1000 W HPS setups?
A: Yes, it's designed for all standard 1000 W double-ended luminaires.

Q: What does Triple Capacitor technology do?
A: It ensures a stable start and consistent performance, extending the lamp’s life.

Q: How long does the lamp last?
A: Up to 10,000 hours of service life under optimal operating conditions.

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