The Kuttler Lauer PCS090.M is a robust operator panel designed for industrial machine control applications. This panel, identified by version PG190.203.3, combines a clear graphical display with a user-friendly keypad, providing operators with an efficient interface for monitoring and controlling automated processes in manufacturing environments.
Model: PCS090.M
Version: PG190.203.3
Display Type: Graphical LCD with LED backlight
Display Resolution: 160 x 64 pixels
Display Area: 72 mm x 28 mm
Backlight Color: Yellow-green, adjustable contrast
Keypad: 24 tactile membrane keys
Function Keys: 8 programmable keys (F1-F8)
Numeric Keypad: 10 keys (0-9) with decimal point
Navigation: 4 directional arrow keys with Enter
Processor: 16-bit microcontroller at 20 MHz
Application Memory: 128 KB Flash, 32 KB RAM
Data Storage: 64 KB EEPROM for parameter retention
Real-Time Clock: Yes, with battery backup
Communication Ports: 1 x RS-232, 1 x RS-422/485
Protocols: Lauer Standard, Modbus RTU, Siemens 3964R
Power Supply: 24 V DC ±20%, 400 mA
Power Consumption: 10 W typical
Operating Temperature: 0°C to 50°C
Storage Temperature: -20°C to 70°C
Protection Rating: IP65 (front panel)
Panel Cut-Out: 138 mm x 68 mm
Dimensions: 160 mm x 96 mm x 45 mm
Weight: 0.45 kg
The PCS090.M provides a comprehensive operator interface for a wide range of industrial equipment including machine tools, packaging machinery, and material handling systems. The graphical display supports both text and simple graphics, enabling the creation of intuitive user screens with bar graphs, status indicators, and numerical displays. The 8 function keys can be mapped to specific machine functions, reducing the need for extensive menu navigation.
The panel includes a real-time clock for time-stamping events and production data. It can store up to 500 alarm entries and 1000 data log records in its non-volatile memory. The communication ports allow simultaneous connection to a PLC and a programming terminal, facilitating both operation and maintenance.
Installation is performed via a standard panel cut-out. The unit is secured using the supplied spring-loaded clips. Connect the power supply to the terminal block on the rear, observing correct polarity. For communication, use shielded twisted-pair cables; connect the shield to the ground terminal on the panel. The RS-485 port supports multi-drop networks with up to 31 devices.
Configuration is accomplished using the Lauer PCS Editor software. The editor allows creation of screen pages with text, numeric fields, and graphical elements. It also provides a library of pre-defined functions for common tasks such as motor control, temperature monitoring, and recipe management. The application is downloaded via the RS-232 port using a standard null-modem cable.
Regular maintenance includes cleaning the front membrane with a soft, damp cloth. The panel includes a self-test routine that runs at power-up; any detected faults are displayed as error codes. The internal battery should be replaced every 3-4 years to maintain the clock and memory contents. Diagnostic screens provide visibility into communication status and I/O activity.
The PCS090.M is compatible with major PLC brands including Siemens, Allen-Bradley, and Modicon via its built-in protocol drivers. It can operate as a Modbus master, reading from and writing to field devices such as drives and sensors. The panel also supports recipe management, allowing fast changeover between different product configurations.
This operator panel meets CE and UL standards. It is RoHS compliant and designed for pollution degree 2 environments. EMC performance meets EN 61000-6-2 and EN 61000-6-4.
Lauer provides a comprehensive user manual, programming guide, and quick-start instructions. Technical support is available through authorized distributors. Replacement keypads and sealing gaskets are offered as spare parts.
The Kuttler Lauer PCS090.M PG190.203.3 Operator Panel is a reliable and versatile HMI solution for industrial control applications. Its combination of clear display, flexible keypad, and robust construction ensures effective operator interaction and dependable performance.



