Product Manual
Table Of Contents
- Table of contents
- 1 Safety precautions
- 2 General description
- 3 Elektronikon controller
- 3.1 General description
- 3.2 Control panel
- 3.3 Icons used on the display
- 3.4 Main screen
- 3.5 Shut-down warning
- 3.6 Shut-down
- 3.7 Service warning
- 3.8 Scrolling through all screens
- 3.9 Calling up element and dew point temperatures
- 3.10 Digital inputs
- 3.11 Calling up running hours
- 3.12 Calling up motor starts
- 3.13 Calling up module hours
- 3.14 Calling up/resetting the service timer
- 3.15 Selection between Local, Remote or LAN control
- 3.16 Calling up/modifying CAN address control
- 3.17 Calling up/modifying IP, Gateway and Subnetmask
- 3.18 Calling up/modifying pressure band settings
- 3.19 Modifying pressure band selection
- 3.20 Calling up/modifying service timer settings
- 3.21 Calling up/modifying unit of temperature
- 3.22 Calling up/modifying unit of pressure
- 3.23 Automatic restart after voltage failure
- 3.24 Activating password protection
- 3.25 Calling up/modifying protection settings
- 3.26 Test screens
- 3.27 Web server
- 3.28 Programmable settings
- 4 Elektronikon Graphic Controller
- 4.1 General
- 4.2 Control panel
- 4.3 Icons used
- 4.4 Main screen
- 4.5 Calling up menus
- 4.6 Shutdown warning
- 4.7 Shutdown
- 4.8 Inputs menu
- 4.9 Outputs menu
- 4.10 Counters
- 4.11 Control mode selection
- 4.12 Service menu
- 4.13 Setpoint menu
- 4.14 Event history menu
- 4.15 General settings menu
- 4.16 Info menu
- 4.17 Week timer menu
- 4.18 Test menu
- 4.19 User password menu
- 4.20 Web server
- 4.21 Programmable settings
- 5 Installation
- 6 Operation
- 7 Preventive maintenance
- 8 Adjustments and servicing procedures
- 9 Problem solving
- 10 Technical data
- 11 Instructions for use
- 12 Guidelines for inspection
- 13 Pressure equipment directives
- 14 Declaration of conformity
1 Dryer service panel 5 Condensate drain
2 Service panel 6 Manual drain
3 Supply cable 7 Automatic drain
4 Minimum area to be reserved for servicing
purposes
Recommendations
1.
Install the compressor on a level horizontal industrial floor, suitable for taking the weight of the
compressor. The location must be frost-free and preferably low dust location. The compressor unit
must be installed on a level floor.
2. Delivery pipe. The pressure drop in the delivery pipe can be calculated from:
Δp = (L x 450 x Q
c
1.85
) / (d
5
x P), with
d = inner diameter of the pipe in mm
Δp = pressure drop in bar (recommended maximum: 0.1 bar (1.5 psi))
L = length of the pipe in m
P = absolute pressure at the compressor outlet in bar
Q
c
= free air delivery of the compressor in l/s
3. Ventilation: the inlet grids and ventilation fan should be installed in such a way that any recirculation
of cooling air to the compressor is avoided. The maximum air velocity through the grids is 5 m/s
(16.5 ft/s). The maximum allowable pressure drop over the cooling air ducts is 30 Pa (0.12 in wc).
The maximum air temperature at the compressor intake opening is 40 ˚C (104 ˚F).
Take care that the temperature of the ambient air and the cooling air may never be lower than
0 °C (32 °F) to avoid freezing of condensate.
.
The required ventilation capacity to limit the compressor room temperature can be calculated
from:
• Q
v
= 1.06 N/Δt for compressors without integrated dryer.
• Q
v
= (1.06 N + 0.2)/Δt for compressors with integrated dryer.
with
Q
v
= required ventilation capacity in m
3
/s
N = shaft input of the compressor in kW
Δt = temperature increase in the compressor room in °C
4. Air receiver: an optional air receiver can be necessary to limit the cycle frequency. Recommended
maximum is 20 starts per hour.
5. Optional filters can be installed in the pressure line downstream the air outlet valve, e.g.:
•
A DD
+
filter for general purpose filtration. The filter traps solid particles down to 1 micron.
•
A PD
+
filter for filtration down to 0.01 micron. A PD filter must always be installed
downstream a DD filter.
6. Control cubicle with monitoring panel.
7. Compressor and dryer cooling air outlet
8. Compressor cooling air inlet
9. Refrigerant dryer cooling air inlet
10. Connect condensate drain outlet to a sewer. It is recommended to provide a funnel to allow visual
inspection of the condensate flow. If the condensate piping has been led outside the compressor room
where it may be exposed to freezing temperatures, the piping must be insulated. The condensate drain
pipe from the compressor to the sewer must not dip into the water of the sewer.
11.
The PD
+
filter, installed upstream of the membrane dryer or the desiccant dryer, is a high efficiency
filter which traps particles down to 0.01 micron and occasionally remaining water droplets.
Instruction book
2920 7110 21 115