Fisher LNS-T31A, LNS-T32, LNS-W31A manual Mount the LIGHT-BLOCK Sheet Base

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3 REMOVE THE LENS (See Figure-5 and 6)

1. Remove the connector "K16J" of the circuit board. Remove the lens motor lead from lead holder.

2.Remove screws-C (4 screws) which fastens the lens and remove the lens. Use the driver (3 mm, Green) included with the lens to remove the screws.

Be careful not to drop the lens when removing the screws.

After using, save the driver for latter use.

4 MOUNT THE LENS (See Figure-5 and 6)

SCREW "C"

LENS LEAD (Part No. 412 062 3705)

MOTOR HOLDER

LENS MOTOR LEAD

CONNECTOR "K16J"

Fig-5

1. Remove protective caps (front and back) on the lens.

2.Mount the lens on lens mounting bracket with 4 screws. (locate motor on left side).

Use the driver (4 mm, Yellow) included with the lens to fasten the screws.

After using, save the driver for latter use.

3. Connect the lens motor lead to the connector "K16J" of the circuit board.

4.Connect the lens motor lead to the lead holder.

DRIVER

IN THE LENS

LENS MOUNTING

BRACKET

Fig-6

5

MOUNT THE LIGHT-BLOCK SHEET BASE

LIGHT-BLOCK

 

(See Figure-7)

 

SHEET BASE

1. Mount the light-block sheet base to the projector.

 

6

MOUNT THE LIGHT-BLOCK SHEET AND

 

 

LENS COVER (See Figure-8)

 

Fig-7

1. Mount the light-block sheet to the light-block sheet base as shown in the Figure-8. (In the same position as the removed sheet has been placed). Use the sheet included with the lens.

2.Make sure the part no. and mark (TOP and BACK) on Light-Block Sheet and set them properly.

3.Mount the lens cover with the screws.

LIGHT-BLOCK

SHEET

LENS COVER

Fig-8

-3-

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Contents Parts List Lens Replacement ProcedureLens Motor Parts NO. Located on the Lens Lens Replacement Procedure for a TypeMount the LIGHT-BLOCK Sheet Mount the LIGHT-BLOCK Sheet BaseRemove the Lens Cover and Front Cabinet Lens Replacement Procedure for B TypeLens Lock Latches Fig-6 Fig-7 Lens Replacement Procedure for C Type Remove the LIGHT-BLOCK Sheet Base and LIGHT-BLOCK SheetRemove the Lens Mount the Lens Correcting the focusMount the Front Cabinet and Lens Cover Mount the LIGHT-BLOCK Sheet and LIGHT-BLOCK Sheet Baseレンズ交換作業手順書 レンズ交換は の手順で行います。 レンズカバー及び遮光プレートを外す。 （図 1、2 参照）遮光プレートベースを外す。（図 3、4 参照） 遮光プレート及びレンズカバーを取り付ける。 （図 8 参照） レンズを外す。（図 5、6 参照）レンズを取り付ける。（図 5、6 参照） 遮光プレートベースを取り付ける。（図 7 参照） 遮光プレートベース（図 1ー３、２ 参照） レンズカバー及び前面キャビネットを外す。（図 1ー 1、２ 参照） （図 1ー２、２ 参照）レンズを取り付ける。（図 5 参照） レンズを外す。（図 3、4 参照）前面キャビネット及びレンズカバーを取り付け る。（図 6、7 参照） 遮光プレート及び遮光プレートベースを取り付 ける。（図 6 参照）レンズを外します。 レンズカバー及び前面キャビネットを外します。レンズを取り付けます。 周辺フォーカスの補正前面キャビネット及びレンズカバーを取り付け ます。 遮光プレート及び遮光プレートベースを取り付 けます。

LNS-T32, LNS-W31A, LNS-T31A specifications

The Fisher LNS-T31A, LNS-W31A, and LNS-T32 are innovative advanced technologies in the realm of linear actuators designed for various applications. These models are engineered to deliver precision, reliability, and performance in demanding industrial settings.

The LNS-T31A is notable for its robust construction and efficient operation. It features an all-weather design, ensuring that it performs optimally in harsh conditions. This model incorporates advanced servo motor technology which allows for precise positioning and smooth operation. Its compact size and lightweight structure make it versatile, enabling it to be installed in a variety of spaces without sacrificing power or performance.

The LNS-W31A stands out for its enhanced torque capabilities, making it ideal for tasks requiring significant lifting strength. Its intelligent control system utilizes advanced algorithms that monitor performance in real-time, ensuring that the actuator operates within its defined parameters. Moreover, this model offers various connectivity options, such as CANBus and Ethernet, which facilitate integration into existing automated systems and enable remote monitoring.

On the other hand, the LNS-T32 offers a unique combination of speed and efficiency, tailored for rapid-response applications. It features a high-speed motor combined with a sophisticated gear system that maximizes output while minimizing energy consumption. This model is particularly advantageous in applications where quick adjustments or movements are essential.

All three actuators share several common characteristics, including a high degree of accuracy, low maintenance requirements, and longevity. They are equipped with advanced feedback systems that provide real-time data on performance, allowing for proactive maintenance and minimizing downtime.

The materials used in their construction ensure durability, while compatibility with various control systems enhances their flexibility. In addition, these actuators comply with international standards for safety and efficiency, making them suitable for diverse industries including automotive, aerospace, and manufacturing.

In conclusion, the Fisher LNS series, represented by the LNS-T31A, LNS-W31A, and LNS-T32, exemplifies cutting-edge technology in actuator design. Each model brings unique features tailored to distinct applications, while their common traits ensure they meet the needs of industrial users seeking reliability and high performance. These actuators are designed to thrive in challenging environments, making them excellent choices for businesses looking to enhance productivity and efficiency.
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