Detailed information FOR INTERNAL USE ONLY! CUBE20

TYPICAL IP20 Applications in decentralized distribution boxes / bus terminal boxes and centralized control cabinets

„Cube67 Rail“ is No.4 in the ranking of all Cube67 modules CUBE20 I/O SYSTEMS FOR CONTROL CABINETS Our chances with CUBE20: Trend of Cube67 Rail  overporportional growth „Cube67 Rail“ is No.4 in the ranking of all Cube67 modules

IN THE CONTROL CABINET: PLC I/Os PLC units cover 46% of all control cabinet I/Os. Customer is committed to one system inflexible Screw terminals  require maintenance PLC I/Os do not offer I/O diagnostic functions Common terminals not allocated Unit costs  high PLC I/Os Example Siemens S7: 16 digital inputs 163.00 € 32 digital inputs 320.25 € 16 digital outputs 219.00 € 32 digital outputs 431.25 € 16 digital inputs & outputs 404.25 €

Rationalization with integrated approach Cube 20 Rationalization with integrated approach combined with Cube67 or in direct operation at the bus transparent installation integrated diagnostic

CUBE20 - I/O SYSTEM FOR CONTROL CABINETS Product overview Bus node Cube67 Ethernet IP ProfiNet I/O Profibus DP Expansion BN + 3 modules BN + 15 modules Digital I/Os DI 32 DO 32 DI 16 DO16 Analog I/Os AI 4 AO U/I AI 4 AO U/I AI 2 AO 2 U/I AI 4 RTD AI 4 TH Accessories Connectors Cables Common terminal block Diagnostic Channel diagnostics

UNIQUE SELLING POINTS (USP) few components – time savings high packing density - saving in space Transparent terminals with status LED – allows clear assignment color-coded terminals design provides cost benefits 1, 2, 3, or 4 wire technology possible

LED channel diagnostics REDUCTION OF DOWNTIME System level I/O level System Diagnostic Expanded diagnostic Control LED channel diagnostics Interface I/O-Module CUBE20 Cube67

CUBE20 – ERROR MESSAGES Output terminals red LED  short circuit or overload Output is switched off UA – output supply terminal red LED  under voltage UI – input supply terminal US – sensor supply terminal Every message is also transferred to the control

CUBE20 Sensor supply max. 700 mA short-circuit and overload protected recognition of under voltage <18V red LED in supply terminal Output supply Total current max. 12A Outputs single channel switch off in case of short circuit or overload red LED in output terminal

CUBE20 small design 56 x 117 x 47mm (WxHxD), (with 90° Cube67-female connector D = 67mm) pluggable spring clamp terminals max. 2.5 mm2 Status LED in transparent terminal codeable terminals I/Os and system are galvanically separated

COLOR CODING Color of terminal Meaning INPUT voltage OV or ground OUTPUT voltage Channel FE Clear marking of terminals from X0 to X3 and 00-07

CUBE20 CONNECTION TO CUBE67 Technical data: UI - 24V US - 24V max. 0.7 A (current monitored) UA - 24V, max. total current 12A DO - 24V 0.5A short-circuit and overload protected DI - 24V acc. to IEC61131-2 input characteristics Type II Internal communication LED UA = actuator supply Cube communication 8 DIO US = sensor supply UI = input supply 0V = Minus monitors

IP20 IO Station for control cabinet applications Cube20 IP20 IO Station for control cabinet applications Analog and digital signals High channel density for low space requirements Clear signals for easy maintenance Easy handling for fast installation

Internal communication CUBE20 – BUS NODE Technical data: UI - 24V UB - 24V US - 24V max. 0.7 A (current monitored) DI - 24V acc. to IEC61131-2 input characteristics Type II Internal communication LED UB = module supply Ground UI = input supply FE monitors DI8 US = sensor supply 0V = Minus

CUBE20 – DIGITAL INPUT MODULE Technical data: UI - 24V US - 24V max. 0.7 A (current monitored) DI - 24V acc. to IEC61131-2 input characteristics Type II Internal communication LED UI = input supply 0V = Minus 32 DI US = sensor supply monitors 1 byte per terminal

CUBE20 – DIGITAL OUTPUT MODULE Technical data: UA - 24V, max. total current 12A DO - 24V 0.5A short-circuit and overload protected Internal communication LED UA1 = actuator supply 0V = Minus 16DO/0.5A UA2 = actuator supply 1 byte per terminal

CUBE20 – DIGITAL HYBRID MODULE Internal communication LED UA = actuator supply 16DO/0.5A 16DI US = sensor supply Technical data: UI - 24V US - 24V max. 0.7 A (current monitored) UA - 24V, max. total current 12A DO - 24V 0.5A short-circuit and overload protected DI - 24V acc. to IEC61131-2 input characteristics Type II UI = input supply 0V = Minus monitors 1 byte per terminal

CUBE20 – ANALOG INPUT MODULE Technical data: UI - 24V US - 24V max. 0.7 A (current monitored) AI - -12V to +12V or 0 to 12V / 0 to 23 mA or 4 to 23mA Internal communication LED Channel 0 UI = Module and input supply Voltage or power input 0V = Minus Analogminus Preliminary module US = sensor supply (current monitored) FE

CUBE20 – ANALOG OUTPUT MODULE Technical data: UI - 24V UA - 24V max. 0.7 A (current monitored) AO - -10V to +10V or 0 to 10V / 0 to 20 mA or 4 to 20mA Internal communication LED Channel 0 UA = output supply Voltage or power input UB = module supply UA0-3 = actuator supply (current monitored) Preliminary module 0V = Minus FE

CUBE20 – ANALOG INPUT and OUTPUT MODULE Technical data: UI - 24V UA - 24V max. 0.7 A (current monitored) US - 24V max. 0.7 A (current monitored) AI - -12V to +12V or 0 to 12V / 0 to 23 mA or 4 to 23mA AO - -10V to +10V or 0 to 10V / 0 to 20 mA or 4 to 20mA Internal communication LED Outputs Inputs UI = Module and input supply UA = output supply 0V = Minus Channel 0

CUBE20 – TH MODULE Internal communication Technical data: LED UI - 24V US - 24V max. 0.7 A (current monitored) AI - 16 bit (15 bit with sign) UI = module and input supply Channel 1 Input temperature sensor 0V = Minus KTY – for cold junction compensation* FE * Increases accuracy by measuring the terminal temperature and reduces installation time

Internal communication CUBE20 – RTD MODULE Technical data: UI - 24V US - 24V max. 0.7 A (current monitored) AI - 16 bit (15 bit with sign) Internal communication LED UI = Module and input supply Channel 1 – RTD input 0V = Minus FE

GALVANIC SEPARATION Galvanic separation Different circuits Input Communication Communication Communication Communication BUS Input Output Input Output Input Output Galvanic separation Different circuits

CONNECTION TO PROFIBUS by “Drag and Drop” as usual

CONNECTION OF EXTENSION MODULES the modules can be integrated into a project in the usual way integrate parametrize evaluate

CLEARTEXT - PARAMETRIZATION

DISASSEMBLY OF THE TERMINALS Position for the screw driver Alternatively: Use of the terminal disassembly tool can also be used as bottle opener Art.-No. 56114 Use of a pen