SILENTPRO BLOSSOM

SilentPro Ambra Specifications, Features & Compatibility Guide

The SilentPro Ambra is a Crompton ceiling fan,bldc fan,silent fan designed for effective air circulation in Indian homes facing long summer seasons and variable humidity conditions.

Quick Answer

Yes, you should consider the SilentPro Ambra for your residential space if long-term energy efficiency and quiet operation are key. This 35W BLDC fan drastically reduces electricity consumption by 35-50% versus conventional models, offering a sound long-term investment for Indian households managing rising power costs. Its BEE-rated performance guarantees verifiable savings and consistent comfort.

Optimize your home’s comfort and budget with the SilentPro Ambra BLDC fan, perfectly suited for Indian residential spaces prioritizing long-term energy efficiency and silent, consistent performance. This fan is not for installations where upfront cost trumps high-efficiency benefits or for demands exceeding standard home capacity.

✓ Who Should Buy

  • • performance suitable for residential spaces.
  • •Verified efficiency of standard rating for reduced long-term operational costs.
  • •Structural stability for consistent cleaning under rigorous use cases.
  • •Hardware durability via premium components and advanced technology.
  • •Built-in grid protection with Standard power cycle voltage management.

✕ Who Should Avoid

  • •Spaces or usage requirements exceeding residential rated capacity.
  • •Installations prioritizing minimum capital expenditure over high-efficiency performance.
  • •Unstable grid conditions exceeding the functional threshold of Standard power cycle.
  • •Environments incompatible with fan physical and thermal dissipation specs.
Product Overview
The SilentPro Ambra is a Crompton ceiling fan,bldc fan,silent fan designed for effective air circulation in Indian homes facing long summer seasons and variable humidity conditions. Powered by a BLDC (Brushless DC) motor, the SilentPro Ambra consumes significantly less electricity than conventional induction motor fans — typically 35–50% less at equivalent airflow output, directly reducing monthly electricity bills. Air delivery of 220 ensures strong, consistent airflow across the room, reaching corners and maintaining circulation even in larger bedroom and living room spaces. The 3-blade, 1200 design balances airflow efficiency with quiet operation — wider blades move more air per revolution, reducing the RPM needed and keeping noise levels lower. The included remote control allows speed and oscillation adjustment from across the room — essential for bedroom use where getting up to adjust the fan disrupts sleep. A built-in timer function allows the fan to switch off automatically after a set duration, ideal for bedtime use without leaving it running all night. Crompton provides a 2 Years product warranty and 2 Years motor warranty on the SilentPro Ambra.

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Engineering Analysis
BLDC motor technology fundamentally changes the energy profile of ceiling and pedestal fans. Unlike induction motors that maintain near-constant power draw regardless of speed setting, BLDC motors scale power consumption linearly with speed — at the lowest setting, the SilentPro Ambra may consume as little as 7W, compared to 30-35W for an equivalent induction fan. Over an Indian summer of 6 months, this difference compounds into significant electricity savings per household. Noise output of 52 dB is an engineering outcome of blade design, motor balance, and housing vibration damping. In the SilentPro Ambra, the 3-blade configuration is optimized to minimize aerodynamic noise (the whooshing sound) while the motor mounting reduces mechanical vibration transfer to the body. For bedrooms where fans run through the night, this level of acoustic performance is critical for sleep quality. At 315 RPM maximum speed, the SilentPro Ambra generates the centrifugal force needed to create effective air movement across the room. The relationship between RPM, blade pitch, and diameter determines actual air delivery — a fan with lower RPM but better blade geometry can outperform a faster-spinning fan with inefficient blades.

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