DXZ-4/3 IP56 limit switch JOSEF wiring is secure, advanced welding workshop

Description :

model

　　DXZ-4/2 1:17

　　DXZ-4/4

　　DXZ 4/5 transmission ratio 1:78

　　DXZ 0.1875

　　DXZ-4/4 0.083333333

　　DXZ control circuit 4/5 transmission ratio 1:78

　　DXZ-4/3 transmission ratio 1:46

　　DXZ transmission ratio 1:60

　　DXZ-4/3 IP56

　　DXZ 1:46 (4/3)

　　DXZ

Product Parameters

　　Environmental temperature: -40~+55 ℃ Relative humidity: not greater than 90% Transmission ratio: 1:13--1:960

Product advantages

　　It has the characteristics of small size, multiple functions, high accuracy, adjustable limit, strong universality, and easy maintenance, installation, and use adjustment.

Product Overview

　　DXZ multifunctional limiters are commonly used for controlling and limiting the spatial coordinates of lifting and transmission machinery in industries such as construction, ports, and mining.

Overview

　　The DXZ series multifunctional limiter is developed and produced by our company with the introduction of European technology. It has the characteristics of compact structure, small size, multiple functions, high precision, adjustable limit, strong universality, and easy installation, maintenance, and adjustment. It adopts an adjustable mechanical memory structure, with reliable performance and high sensitivity. It can achieve bidirectional deceleration (or alarm) and limit for moving machinery, and can also be equipped with synchronous sensors to output corresponding electrical signals to ZXY type display instruments, which can achieve instantaneous position display of travel (such as height and amplitude)

Overall Dimension Drawing

　　The adjustment method is now introduced as follows:

　　1. Remove the upper cover of the multifunctional limiter (as shown in the figure below), check and tighten 2 M3 × 55 screws;

　　2. Loosen the M5 nut;

　　3. Turn the controlled mechanism to the desired position (empty load) as needed, and the corresponding micro switch will switch instantly when controlling the action of the mechanism. Namely: Adjust the corresponding adjustment axis (Z) to press down the micro switch (WK) contact of the memory cam (T);

　　4. Tighten the M5 nut (the nut must be tightened, otherwise it will cause memory disorder);

　　5. Repeatedly run the mechanism without load several times to verify the accuracy of the memory position (repeat the above adjustments if there are errors);

　　6. Confirm that the position meets the requirements, tighten the M5 nut, and install the cover;

　　7. After the institution operates normally, it should regularly check whether the memory control position has changed in order to make timely corrections.

• limit switch