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AS 5035 90 degree Rotary Solenoid 1.jpg
AS 5035 90 degree Rotary Solenoid 1.jpg
AS 5035 geeplus,rotary,solenoid 2.jpg
AS 5035 Rotary Solneoid 3.jpg
AS 5035 Rotary Solneoid 4.jpg
AS 5035 Rotary Solneoid 5.jpg
AS 5035 90 Degree Rotary Solneoid 6.jpg

AS 5035 90 Degree Rotary Solenoid DC 24 V For ATM Sorting Equipment

 The 90 Degree Rotary Solenoid 

The Rotary Solenoids from Dr. Solenoid especially made for applications in mechanical engineering, medical and laboratory technology, or the field of mobile machinery & transportation. They have a proven record as activation solenoids for sorting gates, throttles, and locking systems. A shaft with ball bearings on both sides ensures precise positioning and maximum durability. Because it is insensitive to linear acceleration, such rotary solenoids are also used for railway engineering as well as devices in aircraft.

 The 90 degree rotary solenoids are available in a variety of models. Basic designs are single-stroke rotary solenoids with return spring and reversing rotary solenoids with two coils. Custom designed versions for special applications are available on request. These include models with plug-in terminals, modified shaft, or application-specific mounting holes.

Standard version and customization

Preferred models are designed for 24 V DC operation and 25% or 50% ED. All models are available for pivotal movements between 25° and 45°. The model with shafts on both sides can be used as a right-handed or left-handed version with rotary angles between 45° or 90°. These solenoids are equipped with a return spring mounted at the right-hand shaft. Depending on the size of the solenoid, its rotary angle, and the duty cycle, it might be necessary to use a so-called „soft“ return spring.  

Alternative shaft designs, as well as models with mounting flange or reverse rotary solenoids, are available on request. Possible modifications also include individual solenoid designs for special operating voltages or specific duty cycles, as well as individual connection technologies, such as custom-made cable strands or terminals. Generally, these solenoids are designed for DC operation at a nominal operating voltage of 24 V. Using an additional external rectifier, models designed for 205 V DC operation can be operated directly at the mains power supply.

 

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    product details

    Product Description

    Brand Dr. Solenoid Model Number AS 5035
    Rated Voltage (V) DC 12V or 24V  Rated Power(W) 15-30 W
    Work Model Rotation  Holding Force (N)  150 ----- 300 GF
    Rotating Angle From  45 or 90 Degree Working Duty 25%
    Service Life 500 Thousand Times Certification CE,ROHS,ISO9001,
    Material Carbon Steel Housing Lead Wire Length(mm) 200
    Install Style screw Tolerance of Dimension  +/-  0.1 MM 
    Water-proof  None Insulation Class B
    Hi-Pot Test AC 600V 50/60Hz 2s Non-excitation Holding Force 0
    Working Temperature -10°C-100°C Duty Cycle 1-100%
    Thread Depth(mm) / Payment Term TT, or LC At Sight  
    Sample Order Yes Warranty 1 Year
    MOQ 1000 PCS Supply Ability 5000 pcs per Week
    Delivery Time 30 Days Port of Loading shenzhen

    Product detail diagram

    AS 5035 90 degree Rotary Solneoid D 1AS 5035 90 degree Rotary Solneoid D 2AS 5035 Rotary Solneoid D 3AS 5035 Rotary Solneoid D 4AS 5035 Rotary Solneoid D 5AS 5035 Rotary Solneoid D 6

    FAQ Of Rotary solenoids
    How to reset to end position for rotary solenoids
    ON/OFF 90 degree solenoids of series GDA and GDC can be ordered with a return spring. Devices of series GDR are polarised, so they can both be reset in the initial position by a return spring and by reversing the polarity of the input voltage.  Rotary solenoids of type GDP are available with magnetically generated self-aligning torque.


    Is it possible to adjust the reset force at rotary solenoids type GDA and GDC?
    The reset force can be set by adjusting the return spring.
    Is it possible to change the operating direction of rotation of rotary solenoids?
    This question is only relevant for rotary solenoids of type G DA and G DC.
    Rotary solenoids without return spring have free shaft ends on both sides. The direction of rotation depends on which shaft end the device is flanged onto the customer device. If the device is fitted with a return spring, the direction of rotation depends on the side onto which the spring is flange-mounted.

    Do the offered rotary solenoids perform an axial movement?
    All rotary solenoids in the standard programme of Magnet-Schultz are designed and constructed in that way that the shaft does not perform any axial movement during rotation.


    Why aren’t there any versions with return spring available for proportional rotary solenoid type G DR?


    As for type G DR the direction of rotation can be achieved by polarity reversal, the standard programme does not provide a reset of the spring. If the application does not allow the polarity reversal of the supply voltage, there is the possibility to order a return spring of type G DA separately and to mount it later.


    Why does proportional rotary solenoid type G DR achieve considerably higher torques than the devices of type G DA and G DC ?


    The reason for these differences is the physical operating principle.
    With the devices of series G DA and G DC, the effect of the electromagnetic field is divided into an axial and a radial component. Only the radial component contributes to the generation of the torque. The axial component is supported by the shaft bearing.
    Proportional rotary solenoids of type G DR work according to an electrodynamic operating principle: The magnetic field of the coils effects on a rotationally pivoted permanent magnet disc, so higher efficiencies and higher torques resulting from them achieve a better dynamic.


    Which types of rotary solenoids can be applied as proportional rotary solenoids or control rotary solenoids and thus are suitable for control tasks?  Rotary solenoids of types G DA and G DC have an increasing characteristic and thus are not qualified for control tasks. The devices of series G DR and G DP are characterised by a nearly horizontal characteristic. If these devices are working against a spring e.g., various torques can be generated by the changeable voltage control and thus different rotation angles can be approached. For precise control tasks, versions of proportional rotary solenoid type G DR with rotation sensor are available.