The new compact class for process and automation technology RoHS pending Set-point generator/
Codix_533 Çàäàò÷èê àíàëîãîâîãî ñèãíàëà.
The new compact class for
process and automation technology
RoHS
pending
Set-point generator/
time-based Process
adjuster CODIX
for output of standard voltages and currents
W Innovative: Function of a digital timer with analog
output.
W User-friendly: Realize processes easier than with any
PLC or process control device.
W Cost-saving: Also suitable for simulated runs – the
processes are getting more economic.
Set-point generator/
time-based process adjuster Codix
CODIX – the new nominal value compact class for process and automation technology
The set-point generator / adjuster CODIX The set-point generator / adjuster CODIX
triggers a standard signal or a freely pro- is a real innovation opening up new appli-
grammable signal sequence from. V cation potentials in process technology and
or from. mA. automation.
DIN x LED. V IP - ° + ° mA, V
DIN front LEDs Supply Plain text High Temperature Output
panel voltage programming IP value range
Innovative:
• Function of a digital time controller User-friendly:
with analogue output.
• Manual functions with direct input or • Simpler to run processes than with a
stepped incremental output of the PLC or process controller.
setpoint. • Everything can be programmed easily
RoHS
• 4-digit mm high top-quality LED pending
by means of keys and the text menu.
display. • Digital setting – no additional DIP
• Physical variables output in the form switches or potentiometers.
Cost-saving and compact: • Display allows simple monitoring of the
of to V or to mA analogue
signals. • Ideal for simulation runs without the specified setpoint output.
• Units of display can be freely program- need for expensive, time-consuming • Comfortable display form as direct
med and displayed – no conversion of running-in of processes. digital value.
the specified output value required. • Processes become more cost-effective. • functions integrated as standard
• High accuracy of < 0.1 % of the final • DIN x mm panel-mount housing in the CODIX , manual and time-
value. with installation depth of only mm. based.
Technical data:
Supply. V DC, galvanically isolated with Test voltages: EN -1, degree of soiling 2
voltage: integrated protection against incorrect polarity and overvoltage category 2
Power consumption: max. 1W Test voltage: V, Hz., min.
Display: -digit display, red 7-segment LEDs; Current output:. mA, increment A
height mm [0.35“] load mA up to < Ohm,
Data backup: EEPROM > mA up to< Ohm
Housing: housing for control panel x mm [1. x 0. “] Voltage output:. V, increment mV
accord. to DIN ; RAL , dark grey load > kOhm
Protection: IP (front) Control input High:. V DC
Operating temperature: -. + °C [-. + °F] Hold (high active): Low:. V DC
Storage temperature: -. + °C [-. + °F] Accuracy: < 0.1 % of the terminal value +0. %/K
Conformity: conforms to CE requirements acc. to the Weight: approx. g [1. oz.]
EC directive /36/EEC Connection technology: screw terminal, pitch 5. mm, poles
EMC: interference emissions EN class B
interference resistance EN -6-2
Block diagram:
DC Inputs
:. V DC
DC : GND 1
: GND 2
: Hold
C Outputs
:. mA (Iout)
A : GND 3
:. V DC (Uout)
www.kuebler.com /
Set-point generator/
time-based process adjuster Codix
Terminal assignment:
Dimensions:
VDC. mA
[0, x 1. ]
max.3
GND Analog GND 3
[0.76]
[1.89] GND. V DC
Hold
[0. ]
Panel cut-out: [0. ]
2+0.3 x +0.6 mm
[0. +0. x 1. +0. ].5 [0. ] CODIX
[2. ]
Bezel Panel cut-out:
[2. ]
+0.6
[1. +0. ] + – – +
[0. x 1. ]
Power supply
[0. +0.02]
[1. ]
+0.5
Analogue input
Delivery includes:
[0. ] Digital display
[0. ] Panel mounting clip
[2. ] Bezel for clip mount,
+0.6
[1. +0. ]
panel cut-out x mm [1. x 0. “]
Bezel for screw mount,
[0. x 1. ]
[1. ]
[0. +0.02]
[1.26]
[1. ]
panel cut-out x mm [1. x 0. “]
+0.5
Seal
Tack dry symbols
[0. ] M Multilingual operating instructions
[0. ] Order code Codix :
Dimensions in mm [inch]
Countersinking Af3, DIN.
3 operating modes programmable
Manual direct input (Setp): Automatic ramp function (Auto): Example with points
• The desired nominal value can be set • Function of a digital timer with analog
ou. V
quickly and approached manually output. Cyclical and time-dependent
PE s
• Nominal value setting in V or mA directly default values for the process to be run
ou. V
via the keyboard during operation can be entered and executed: Watering, PE s
• Output of the value seconds after the dosing, lubricating, filling, ventilating, ou. V
last key actuation mixin. PE s
• With max. current or voltage values. ou. V
Manual ramp function (Man): • Cyclically limited (time) or unlimited. PE s
• An option for a progressive, stepped ou. V
approach of the desired nominal value PE s
via the front key (optional via a separate Example of an automatic ramp function ou. V
input) exists. PE s
• Input of the minimum and maximum ou. V
Setpoint
nominal value and the increment per key UV PE s
actuation in the programming level. PE. ou. V
• During operation, the device starts with V PE s
the minimum nominal value: The right
button is used to increase the value by
the increment and the left button is used PE. 4
ou. 4
to reduce the value by the increment.
• The programmed maximum value cannot ou. 5
be exceeded. t s
s s s s s
11/ www.kuebler.com
Set-point generator/
time-based process adjuster Codix
Applications:
Application: Easy control (fixed installation) in plants, To be used in the set-up mode of plants,
machines and devices machines and devices
Time-based or manual ramping up or ramping down of: Manual (direct) input or time-based/manual set-up (ramping
up or ramping down) of:
Rotary speeds ( e.g. frequency inverters), flow rates, temperature, position, pressure,
level, i.e. all physical variables that can be displayed via analogue signals)
Simple time-switch with analogue output
Starting and running-in or Calibration of fill levels and flow rates:
speed control of motors the setpoint adjuster simulates the
via setpoint specification output signals of a level or flow
sensor for configuring a PLC.
Simulation
frequency inverters
Control of simple time-dependent Adjustment of temperature-dependent processes,
processes by means of an analogue signal, e.g. ramping without the need to heat up the plant.
control for locks and sluices, Plant commissioning: the
flow valves etc setpoint adjuster can
simulate various
processes for test
purposes.
Simulation
Solution with To do this selectable operating modes are provided To do this, the following operating modes are provide
various modes:
- Manual ramp function - Manual direct input
- Automatic ramp function - Manual ramp function
- Automatic ramp function
Advantages: Our Setpoint Adjuster can undertake this task as a stand- The Setpoint Adjuster simulates the sensor signal, which
alone device, instead of having to use an expensive, complex, detects the physical process, e.g. ramping up of temperature,
difficult-to-programme PLC. The user saves on costs and the filling of tanks. The expensive, time-consuming running-in of
job can be carried out quickly and flexibly – even by without processes can be eliminated by using the Setpoint Adjuster to
specialised training beeing necessary. simulate the function.
The output signal can be displayed directly or can be scaled to any desired engineering unit. The user can see exactly what is
happening at that particular moment in time.
An easy-to-programme controller with three selectable modes is available.
Fritz Kübler GmbH
Zähl- und Sensortechnik
Schubertstrasse
D- Villingen-Schwenningen
R ES
Phone + (0) - -0
Fax + (0) -
info@kuebler.com
www.kuebler.com