Philips Master SON-T Agro 400W HPS Bulb

Premium Philips HPS Technology for Flowering Success

The Philips Master SON-T Agro 400W HPS bulb represents decades of horticultural lighting expertise, delivering reliable performance for serious indoor cultivators. This high-pressure sodium lamp features Philips' proven technology with optimized red-orange spectrum output specifically designed for flowering phase cultivation. While offering solid performance metrics with 695 μmol/s PAR output, this bulb's greatest strength lies in its exceptional durability and consistent performance over extended operational periods.

Built to Philips' exacting standards, this HPS bulb provides the spectral characteristics that flowering plants require while maintaining the reliability that commercial growers demand. The enhanced red-heavy spectrum promotes robust flower development, increased yields, and improved essential oil production in flowering crops.

Key Advantages and Features

The Philips Master SON-T Agro series has earned its reputation through consistent performance in demanding growing environments. This 400W model delivers the perfect balance of output and efficiency for medium-scale growing operations, whether in tents, grow rooms, or greenhouse supplemental lighting applications.

• Proven Philips engineering with enhanced durability for extended operational life
• Optimized red-orange spectrum specifically designed for flowering phase development
• 695 μmol/s PAR output provides effective photosynthetic photon delivery
• Superior build quality ensures consistent performance throughout bulb lifetime
• Compatible with both electromagnetic and electronic ballast systems
• Excellent heat management characteristics for stable operation
• Standard E40 socket fitting for universal compatibility

Professional Growing Applications

This 400W HPS bulb excels in flowering applications where consistent, reliable lighting is more important than maximum output. The lamp performs exceptionally well in controlled environment agriculture, greenhouse supplementation, and indoor growing facilities where stability and longevity are prioritized. The moderate 400W power consumption makes it ideal for operations seeking to balance performance with energy costs.

For optimal results, position the lamp 16-20 inches from the plant canopy, adjusting based on plant response and environmental conditions. The red-heavy spectrum is particularly effective during the final 8-12 weeks of flowering when plants are developing their final flower structure and maximizing secondary metabolite production.

The robust construction makes this bulb particularly suitable for commercial operations where lighting failures can be costly. The consistent spectral output throughout the bulb's operational life ensures uniform plant development from installation to replacement.

Recommended for Reliability-Focused Growers

This Philips HPS bulb is ideal for cultivators who prioritize consistent, dependable performance over maximum light output. Commercial growers appreciate the reduced maintenance requirements and predictable performance, while smaller-scale operators benefit from the proven reliability and moderate power consumption. The bulb integrates seamlessly into existing HPS lighting systems and works excellently with quality reflectors and ventilation equipment.

Perfect for integration with comprehensive indoor growing systems where lighting consistency is crucial for crop uniformity. Pairs well with hydroponic setups for controlled environment cultivation.

Technical Specifications

• Power Rating: 400W
• PAR Output: 695 μmol/s
• Lamp Type: High Pressure Sodium (HPS)
• Spectrum: Red-orange optimized for flowering
• Socket Type: E40
• Ballast Compatibility: Electromagnetic and electronic
• Application: Flowering phase cultivation
• Mounting: Universal positioning capability

Note: Handle with care to avoid damage. Never touch glass envelope with bare hands. Ensure proper ballast matching and follow manufacturer installation guidelines for optimal performance and safety.