Inique pioneer in manufacturing Innovative powersaving solutions under the brand name of RULAC,Lumenpulse, Aviot from last 24 years is happy to introduce SPEICHERN70, which saves 70% power.


An Electronic ceiling fan operates on high efficient BLDC motor controlled by Embedded hardwareand software which design to work on remote, wi-fi, Bluetooth, mobile app and voice commandby Alexa / Google Home.

KEY FEATURES & ANNUAL SAVINGS

DESCRIPTION CONVENTIONAL FAN (A1) SPEICHERN70 FAN (A2)
Consumption (Wattage) 80 25
Approx. Usage (hours/day) 16 16
No. of days in a year 300 300
Energy used units / year (KWH) 384 120
Electricty Rate (perunit) 7 7
Electricty Rate (perunit) 7 7
Annual Electricty Cost 2688 840
Annual Savings (A1-A2) - 1848
3 Years Savings (A1-A2)*3 - 5544
Speed (RPM) - -
Air Delivery (m3/min) - -
Air Delivery (m3/min) - -
BEE Ratings - -

  Energy efficient BLDC( Brushless Direct Current ) Motor.

  70% lesser energy consumption , save upto 1850 Rs. per year

  Top speed on only 25W energy consumption.

  Smart Remote-with boost , sleep & timer mode options.

  Wide operating voltage range - 135 -280 V

  Runs 3 Times Longer - On inverter in comparison with ordinary fan

  Rust free aluminium pressure die cast bodies

  Zero Heating of motor results in increased life of fan

  Saves cost of regulator

  Toggle Operation to control speed

  Dust resistant paint

What is BLDC ... ?

A brushless DC motor is an electronically commuted DC motor which does not have brushes. The controller provides pulses of current to the motor windings which control the speed and torque of the synchronous motor.

Working principle

These types of motors are highly efficient in producing a large amount of torque over a vast speed range. In brushless motors, permanent magnets rotate around a fixed armature & overcome the problem of connecting current to the armature. Commutation with electronics has a large scope of capabilities and flexibility. They are known for smooth operation & holding torque when stationary.

Brushless DC motor has only two basic parts: rotor and the stator. The rotor is the rotating part and has rotor magnets whereas stator is the stationary part and contains stator windings. In BLDC permanent magnets are attached in the rotor and move the electromagnets to the stator. The high power transistors are used to activate electromagnets for the shaft turns. The embedded controller performs power distribution by using a solid-state circuit.

Types of Brushless DC Motors

Basically, BLDC are of two types, one is outer rotor motor and other is inner rotor motor. The basic difference between the two is only in designing, their working principles are same.

Inner Rotor Design

In an inner rotor design, rotor is located in the centre of the motor & stator winding surround the rotor. As the rotor is located in the core, rotor magnets do not insulate heat inside and heat get dissipated easily.Due to this reason, inner rotor designed motor produces a large amount of torque and validly used.

Outer Rotor Design

In outer rotor design, the rotor surrounds the winding which is located in the core of the motor. The magnets in the rotor trap the heat of the motor inside and do not allow to dissipate from the motor. Such type of designed motor operates at lower rated current and has low cogging torque.

Advantages of Brushless DC Motor :

  BLDC motor can operate at high-speed.

  There is no sparking and much less noise during operation

  More electromagnets could be used on the stator for more precise control.

  BLDC motors accelerate and decelerate easily as they are having low rotor inertia.

  High performance motor that provides large torque per cubic inch over a vast speed range.

  BLDC motors do not have brushes which make it more reliable, high life expectancies, and maintenance free operation.

  There is no ionizing sparks from the commutator, and electromagnetic interference is also get reduced.

  Such motors cooled by conduction and no air flow are required for inside cooling.

  Brushless motors are more efficient as its velocity is determined by the frequency at which current is supplied, not the voltage.• üAs brushes are absent, the mechanical energy loss due to friction is less which enhanced efficiency.

POWER CONSUMPTIONS

Power consumption @ each speed limit ratio

Control Wattage(W) RPM
Speed Control Limit 1 5 120
Speed Control Limit 2 9 185
Speed Control Limit 3 12 250
Speed Control Limit 4 18 310
Speed Control Limit 5 28 360

THD : <15%

Power factor: >0.96

working vtg : 120V-300V

1200MM FAN, the performance at each Speed

Control Limit may vary for different models

OUR PRODUCT RANGE

MIRFAK

Sweep(mm) Input Voltage (v) Power (W) RPM Air Delivery CMM (m3/min)
900 135-285 25 _ _
1050 135-285 25 _ _
1200 135-285 25 360 240

SIRIUS

Sweep(mm) Input Voltage (v) Power (W) RPM Air Delivery CMM (m3/min)
900 135-285 25 _ _
1050 135-285 25 _ _
1200 135-285 25 360 240

OUR PRODUCT RANGE

PROCYON

Sweep(mm) Input Voltage (v) Power (W) RPM Air Delivery CMM (m3/min)
900 135-285 25 _ _
1050 135-285 25 _ _
1200 135-285 25 360 240

Sweep(mm) Input Voltage (v) Power (W) RPM Air Delivery CMM (m3/min)
900 135-285 25 _ _
1050 135-285 25 _ _
1200 135-285 25 360 240

INFRASTRUCTURE

CERTIFICATIONS