The ANZ-22 series is a matrix display consisting of a mainboard, two LED matrix blocks, and an LED display panel. The digit height is 18mm. The ANZ-22 matrix display is a passive unit and requires the DAVID control system for operation.When the ANZ-22 matrix board is connected to the PIC-111 processor board, it becomes the ANZ-122 matrix display, which can be used with any elevator control system. It features 14 inputs for cabin position visualization, up and down arrows, as well as scrolling text.A matrix panel is available for the ANZ-22 and ANZ-122 matrix displays.The display panel type J provides a visible area of 26 x 18 mm (W x H) and is available in gray.

The ANZ-32 series is a matrix display consisting of a mainboard, two LED matrix blocks, and an LED display panel. The digit height is 30mm. The ANZ-32 matrix display is a passive unit and requires the DAVID control system for operation.When the ANZ-32 matrix board is connected to the PIC-111 processor board, it becomes the ANZ-132 matrix display, which can be used with any elevator control system. It provides 14 inputs for cabin position visualization, up and down arrows, as well as scrolling text.Two different matrix panels are available for the ANZ-32 and ANZ-132 matrix displays.The display panel for the ANZ-32 has a visible area of 50 x 50 mm (W x H) and is available in gray.

The ANZ-33 series is a matrix display consisting of a mainboard, three LED matrix blocks, and an LED display panel. The digit height is 30mm. The ANZ-33 matrix display is a passive unit and requires the DAVID control system for operation.When the ANZ-33 matrix board is connected to the PIC-111 processor board, it becomes the ANZ-133 matrix display, which can be used with any elevator control system.It provides 14 inputs for cabin position visualization, up and down arrows, as well as scrolling text.Two different matrix panels are available for the ANZ-33 and ANZ-133 matrix displays. The display panel for the ANZ-33 has a visible area of 80 x 55mm (H x W) and is available in gray. The display panel for the ANZ-33-52-53 has a visible area of 115 x 55 mm (H x W) and is available in gray.

The ANZ-52 series is a matrix display consisting of a mainboard, two LED matrix blocks, and an LED display panel. The digit height is 54mm. The ANZ-52 matrix display is a passive unit and requires the DAVID control system for operation.When the ANZ-52 matrix board is connected to the PIC-111 processor board, it becomes the ANZ-152 matrix display, which can be used with any elevator control system.It provides 14 inputs for cabin position visualization, up and down arrows, as well as scrolling text.Two different matrix panels are available for the ANZ-52 and ANZ-152 matrix displays. The display panel for the ANZ-33-52-53 has a visible area of 115 x 55 mm (H x W) and is available in gray.

The ANZ-53 series is a matrix display consisting of a mainboard, three LED matrix blocks, and an LED display panel. The digit height is 54mm. The ANZ-53 matrix display is a passive unit and requires the DAVID control system for operation.When the ANZ-53 matrix board is connected to the PIC-111 processor board, it becomes the ANZ-153 matrix display, which can be used with any elevator control system.It provides 14 inputs for cabin position visualization, up and down arrows, as well as scrolling text.The display panel for the ANZ-33-52-53 has a visible area of 115 x 55 mm (H x W) and is available in gray.

The new processor unit PIC-111 makes the passive matrix displays ANZ22, -32, -33, -52, and -53 active units. The supply voltage of the module is +24V DC. The input characteristics can be set between high active (+24V) and low active (0V).The cabin position can be set as 1-out-of-N, binary, or gray-coded.14 inputs are available for flexible assignment. The settings are made via the HPG-60 hand terminal. Each input can be programmed with the cabin position, arrows, or scrolling text.Floor Display:32 floors can be selected, and for each floor, two positions can be set (blank - 0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ). The animation of the digits can be adjusted. You can choose whether the floor display is shown directly when changing or "rolls in."Arrows:The functions "Arrow Up" and "Arrow Down" are freely assignable. The animation of the arrows can be adjusted. You can choose whether the direction arrow remains fixed on the display or "scrolls."Scrolling Texts:The following scrolling texts are freely assignable: "OVERLOAD," "EVACUATION," "FIREMAN'S RIDE," "SPECIAL RIDE," and "OUT OF SERVICE."

The ANZ-60 series represents a matrix display that consists of a main board, two LED matrix blocks, and an LED display panel. The digit height is 54mm.The device has the following features and functions: - Visualization of the cabin position and travel direction. - Power supply: 24V DC with 0V reference. - Display inputs: 24V DC high active. - Inputs can be controlled in "1 out of N" code, binary code, gray code, or with counting pulses. - Direction arrow in standing or scrolling execution.

The ANZ-61 series represents a matrix display that consists of a main board, three LED matrix blocks, and an LED display panel. The digit height is 54mm.The device has the following features and functions: - Visualization of the cabin position with 2 or 3 segments and the travel direction. - Power supply: 24V DC with 0V reference. - Display inputs: 24V DC high active. - Inputs can be controlled in "1 out of N" code, binary code, gray code, or with counting pulses. - Direction arrow in standing or scrolling execution.

The ANZ-ESE series is a matrix display consisting of a main board, two LED matrix blocks, and an LED display screen in red.The device has the following features and functions: - The ANZ60 matrix display is used to visualize the elevator position and direction of travel in elevator systems. Additionally, there are two light fields to visualize the messages OVERLOAD and EVACUATION. - Power supply: 24V DC with 0V reference - Display inputs: 24V DC, high active - Inputs in 1 out of N code, binary code, or with counting inputs. - Directional arrow in static or scrolling execution.