BMS-M23C MAGNETIC , HV-DIGITAL, HIGH TORQUE, SUPER HIGH SPEED, CORELESS +Servo Arm (35.6kg/494.5oz, 0.05 sec at 8.4V)

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BMS-M23C MAGNETIC , HV-DIGITAL, HIGH TORQUE, SUPER HIGH SPEED, CORELESS +Servo Arm (35.6kg/494.5oz, 0.05 sec at 8.4V)

Our Price:

$99.99


Quantity (24)

Availability 24 in stock
Weight 0.51 lbs
SKU BBR-BMS-M23C
Manufacturer Blue Bird

BMS-M23C MAGNETIC , HV-DIGITAL, HIGH TORQUE, SUPER HIGH SPEED, CORELESS +Servo Arm (35.6kg/494.5oz, 0.05 sec at 8.4V)

Magnetic so no friction from a Potentiometer!

Smoother (magnetic), Precision, More Reliable & More Efficiency

  • Soft Start Protection
  • Over Voltage Protection
  • Low Voltage Protection
  • Locked Rotor Protection 
  • Temperature Protection
  •  Magnetic Hall-effect Sensor w/ High-Efficiency Brushless Motor.
Application / Suitable
Awesome for 1/8th Buggy / On-Road Car & 3D Airplane, Helicopter Cyclic.

 

Electrical Specification (Function Of The Performance) 
Torque At 6.0V 24.4 kg-cm / 338.9 oz-in
Torque At 7.4V 29.8 kg-cm / 413.9 oz-in
Torque At 8.4V 35.6 kg-cm / 494.5 oz-in
Speed At 6.0V 0.07 sec / 60°
Speed At 7.4V 0.06 sec / 60°
Speed At 8.4V 0.05 sec / 60°

 

Protection Mechanism
Soft Start Protection Soft start back to neutral position.
Over Voltage Protection Over 9.0V drive the protection mode, and 8.4V return to normal mode.
Low Voltage Protection Lower than 4.0V, drive the protection mode, and 4.5V return to normal mode.
Locked Rotor Protection Stall in 5 sec, output torque goes down.
Temperature Protection Overheat 85 degrees C (185 degrees F), drive the protection mode and down 75 degrees C (167 degrees F) return to normal mode.
Lose Control Protection When losing the transmitter signal, that servo will be back to the neutral position immediately and lock.

 

Power Supply
Operating Voltage Range 4.5V ~ 8.7V DC ( 2S HV Li-Poly / 2S Li-Fe Compatible )

 

Control Specification 
Control System Higher-order Algorithm of【STMicroelectronics】32-bit MCU ( Microcontroller Unit )
Frequency:Up to 400Hz & 1500us or 1520us
Frame Rate (Signal repeat rate) Under 1ms【Compatible with Futaba_SR & Sanwa_SXR Dual-Mode】
Dead Band Width 0.001ms ( Default:1us)
Potentiometer (Variable Resistor) Magnetic Hall-effect Sensor【Non-Contact】instead of traditional VR.

 

Mechanical Specifications
Ball Bearing Dual, Stronger Ball Bearings.【EZO from Japan】
Gear Stainless Steel Output gear with All steel gears
Outside Case Full One-Piece Aluminum CNC Casing
Motor Custom High-Efficiency Coreless Motor
Horn / Gear Spline 25 Teeth

 

Physical Specifications
Dimension (mm) 40.5 x 20 x 39 mm / 1.59 x 0.79 x 1.54 in
Weight (gram) 81.5 ± 1 grams / 2.87 oz
Product Picture / Dimension Sketch

Includes Servo and Servo Arm

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Lemon RX DSMP (DSMX/DSM2 COMPATIBLE) MICROBRICK WITH 2 ON-BOARD SERVOS and MOLEX 2.00MM CONNECTOR PACKAGE

Lemon RX DSMP (DSMX/DSM2 COMPATIBLE) MICROBRICK WITH 2 ON-BOARD SERVOS and MOLEX 1.25MM CONNECTOR PACKAGE 

 

 

 

 

 

 

 

 

 

Description:

Lemon Rx DSMX Compatible 6-Channel Receiver + Lemon DSMX Compatible Satellite

 

Type: DSMX Compatible Full Range Receiver
Number of Channel: 6
Modulation: DSMX Compatible (Also DSM2 backward Compatible)
Band: 2.4 GHz
Dimension: 25(L) x 18(W) x 11(H)  mm
Weight: 4.5 grams + 2.5 grams
Voltage Range: 3.45 - 8.4 V

 

Highlight
- FailSafe for all channels via press of a button
- DSMX Satellite port



Understanding the receiver

 

Setup Instruction

Binding

  1. Plug bind plug to the receiver.
  2. Provide power to the unit. LED flashes quickly.
  3. Enable bind mode in transmitter and ensure distance separation of 2 meters from receiver. Solid LED light means binding is completed.
  4. Remove bind plug.

Setting Failsafe

  1. Start by binding the receiver to the transmitter in the normal way and proceed as follows to set failsafe
  2. Ensure that transmitter and receiver are turned on.
  3. Insert bind plug into the receiver (Note: to set failsafe, bind plug is applied only when the receiver is turned on).
  4. Set transmitter controls to the desired failsafe positions.
  5. Press the side pushbutton to memorize failsafe settings.
  6. Observe that the green light at the end of the receiver turns on to indicate failsafe is set. (Repeat step 4 will cause the LED to turn off which means failsafe is disabled).
  7. Remove bind plug.
  8. Disconnect the power for at least 2 seconds and then reconnect the power again. Test failsafe by turning off the transmitter.

 

 

 

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