User manual Ningbo SHANBEI Technology Co.,Ltd

Warning: Before using this product, please refer to the important safety information in the user manual and review all warnings, limitations and disclaimers. This product is no substitute for proper training and careful seamanship. Proper installation and proper use of the equipment is the responsibility of the owner to avoid accidents, personal injury or property damage. The user of this product is solely responsible for compliance with maritime safety practices. The owner is solely responsible for installing and using the equipment in a manner that will not cause accidents, personal injury...

The WLF-100 series propulsion control handles are used for single and dual engine control, and can also be used for the control of other master devices. The product has the following characteristics: -Aluminum alloy shell, main body diameter 90mm, compact structure, compact transmission; With light scale indicator, easy to use, flexible damping adjustment, feel comfortable; Features Customized, built for you, options include: mounting panel, scale panel, handle grip lever, potentiometer level, embedded switch, motor drive, front drive, rear drive, etc., as shown in Table 1.1. Basic options (Note:...

Products have a variety of appearance types that customers can choose according to their needs, as shown in Figure 1.1. According to the position of the handle, the product is divided into two main push 100D, left main push 100L and right main push 100R, as shown in Figure 1.2. When selecting, we should inform our sales staff according to personal needs to avoid unnecessary economic losses! Double propulsion 100D Left propulsion 100L Right propulsion 100R

Each handle provides a separate PCB board. Although this is an integrated circuit board, during production, the functions are fixed in accordance with the order requirements (including output signals and dimming signals). Each side contains 16 terminal blocks, where P1~P3 are potentiometer output signals (if applicable), P4~P5 are 4~20mA outputs (if applicable), P6~P7 are debugging interfaces, P11 ~P12 are dimming interfaces, and P13~P14 are DC24V power interfaces.

1. The main body of the handle is made of aluminum alloy, the surface is made of black spray plastic, the main shaft is made of stainless steel, and the interior is driven by copper gear; 2. The scale range is 100~0~100, the background color is green before and red after, the scale line and digital white, the backlight is always on, and the brightness can be adjusted through an external dimmer; 3. Constant operating torque, adjustable rotating torque and caton point feel; 4. Resistance tolerance of potentiometer ±10%, independent linear tolerance 1.0%; 5. Output mode: direct potentiometer linear...

2. Rotation range: The rotation range of the handle can be ±60°, 0~60°, or -15~60°. The default is ±60°, as shown in Figure 2.3.

In general, the corresponding relationship of output signals is as follows: scale -100% corresponds to 4mA output, scale 0 corresponds to 12mA output, and scale +100% corresponds to 20mA output, as shown in Figure 2.5. For the need to collect the handle ahead, stopping, reversing signals, you can also choose the corresponding module to achieve passive switch contact output, single push or double push handle can be configured, the module can be configured according to the need to configure 1~3 limit switches (brand: Japan Omron), output normally open or normally closed signals. The size of the...

For 0-24V dimming signals, the dimming signal is the darkest at OV and the brightest at 24V. Note that the dimming signal and the power signal cannot be shared, otherwise the handle signal output will be affected, resulting in failure to work normally. The connection diagram is shown in Figure 2.7: Please consult our sales staff to determine the selection of PWM dimming interface signal. 4 to 20mA output wiring diagram Each handle provides 16 terminal connections. Terminal 1/2/3 output handle potentiometer signal is used to calculate the current Angle; Terminal 10/11/12 connected to dimmer potentiometer,...

2. Place the handle vertically in the opening of the mounting plate as shown in the lower right corner of Figure 3.2, and align the screw with the hole B. Rotate or tilt the handle into the hole when it meets the protruding part.

4. After the handle is installed on the mounting plate, Figure 2.5 shows the electrical cables. After the wiring is completed, it should be confirmed that the external wiring is firm and reliable. 5. Check the external cables, which should be connected normally; The backlight should emit light normally; Push the handle lever, the switch can complete the normal on-off action. After commissioning, disconnect the power supply.

4.1 Test Verification Instructions Control lever testing adopts two methods: power-on voltage measurement and power-off resistance measurement. The voltage test best simulates actual working conditions and delivers the highest measurement accuracy, so it shall be the preferred method. 1. Verify normal power supply to the control lever, and set the multi-meter to the DC voltage (VDC) range. 2. Measurement of reference supply voltage Ufs: Locate the two terminals of the potentiometer. Measure the voltage across the terminals with the multi-meter; connect the negative probe to the negative terminal...

1. If it is not used according to the requirements, the loss shall be borne by the user; Rated backlight voltage ^ 24V. If the backlight is damaged due to exceeding the rated voltage, the user shall bear the responsibility. 2. During use, when the output in the propulsion direction exceeds the range of 0 ~ 5KQ, please stop use immediately; When the output value between terminals 1 and 2 cannot be continuously changed, stop using it in time. Method of stopping the service: Disconnect the external power supply. 3. According to the characteristics of the accessories used in this product, the instantaneous...