Vector OPA-D5 User manual

Operation terminal OPA-D5F, OPU-D5F
Operation terminal OPA-D5F, OPU-D5F
Operation terminal OPA-D5F, OPU-D5F
Doc: 70-00-0789, V2.1, 20130702 © Vector Controls GmbH, Switzerland Subject to alteration
OPA-D5F, OPU-D5F operation terminal for TLR-D5F base units
Features
•PI temperature control for 2-pipe fan coil systems with floating valve actuator.
•Automatic fan control for three stage fans.
•Control for heating, cooling and fan only operation
•Cost saving option with economy functionality and set point limitation
•Password protected programmable user and control parameters
•External sensor or open contact for remote control, external heat –cool change or auto-changeover
on supply temperature with selectable activation limits
•One terminal may control up to 8 base units in parallel mode
Deluxe Version:
•Clock and time schedule functions
•Blue backlight for LCD
•Infrared remote controller option:
With special features for boost and delayed switching on or off
Ordering
A working controller consists of one operation terminal and at least one base unit.
Item name
Item code
Function
Type
Key-data
TLR-D5F-24
40-11 0037
24 VAC
Base unit
Fan coil controller with:
1 TI int or ext
3 DO (Relay) Fan control
2 DO (TRIAC) PI control,
Floating output
TLR-D5F-230
40-11 0038
230 VAC
OPA-D5F
40-10 0085
Standard
Operation
terminal (88x88)
OPA-D5F-D
40-10 0086
Deluxe
OPU-D5F
40-10 0093
Standard
Operation
terminal (2x4”)
OPU-D5F-D
40-10 0094
Deluxe
Parameter preset
Add –Wx at the end of the Item
Name or –x at the end of item
code to order pre-configured
model
OPA-D5F-xx
40-10 00xx
2-Pipe system
OPA-D5F-xx-W01
40-10 00xx-01
Cooling only
Accessories
OPR-1
40-50 0001
2xAAA bat
Infrared remote controller
S-Tn10-2
SD-Tn10-12-2
SD-Tn10-20-2
SDB-Tn10-12
SDB-Tn10-20
SRA-Tn10
SOB-Tn10
40-20 0001
40-20 0002
40-20 0003
40-20 0051
40-20 0004
40-20 0005
40-20 0059
Flying lead sensor with 2 m cable
Flying lead duct sensor 12 cm immersion depth, 2 m cable
Flying lead duct sensor 20 cm immersion depth, 2 m cable
Duct sensor with housing, 12 cm immersion depth
Duct sensor with housing, 20 cm immersion depth
Room sensor
Outdoor sensor
Selection of actuators, fans and sensors
Temperature sensors: Use only our approved NTC sensors to achieve maximum accuracy.
Floating actuators: Actuators with constant running time are recommended. Observe power limits on binary
devices.
Fan motors: Observe power limits and startup currents. Note: startup currents may be a multiple of the rated
current of a fan. Verify with the fan supplier if unclear.
Configuration of external input
The external input may be configured as external temperature control input or as binary input. The external
temperature input can replace the internal sensor as control input or serve as input for the auto-changeover
function. The binary input may be used to toggle comfort and economy modes or comfort and off modes.
This may be used together with key card switches for hotels or motion detectors for offices.
Installation terminal
1. Install the mounting plate to the electrical connection box. Make sure thatthe nipple with the front
holding screw is facing to the ground. Make sure the screw heads do not stand out more than 5 mm
of the surface of the mounting plate.
2. Connect the wires of the terminals to the communication wires according wiring diagram
3. Slide the two latches located on the top of the front part into the hooks of the mounting plate.
4. Lower the front part until located flat on the wall and the mounting plate is not visible anymore. Make
sure the connection cable does not get into the way.
5. Tighten the front holding screw to secure the front part to the mounting plate.
Connection base to terminal
•Max. Distance: 200 m (565 ft.)
•Normal twisted pair copper wires maybe used for wiring in an EMC-save environment. In an
impaired EMC environment use only shielded cables. The operating voltage must comply with the
requirements for safety extra-low voltage (SELV) as per EN 60730.
•1 terminal may drive up to 8 base units. See wiring for parallel connections. Total wire distance
should not exceed 200 m.
•Conductor resistance will influence external temperature reading. 450 Ω will result in an increase of
1 °C (2 °F). Compensate using UP-08 if external temperature is used to control unit.
Technical specification
Power supply
Operating voltage
5 VDC ± 10%
Power consumption
30 mA max
Electrical connection
Terminal connectors
Deluxe type only:
Power backup for real time clock
Min 48 h if charged for 24 h
Signal inputs
Temperature inputs
Range
Accuracy
0…50 °C (32…122 °F)
0.5 °C, 1 °F
Communication
base - terminal
Communication type
Cable type
Max distance
Digital: peer to peer
Use twisted pair copper wire 0.8…2.5 mm2
(AWG18…AWG13) 200m (650 ft) use shielded wire in
an EMC challenged environment. Conductor resistance
must be compensated if external sensor is used
Environment
Operation
Climatic conditions
Temperature
Humidity
To IEC 721-3-3
class 3K5
0…50 °C (32…122 °F)
< 95% RH non-condensing
Transport & storage
Climatic conditions
Temperature
Humidity
Mechanical conditions
To IEC 721-3-2 and IEC 721-3-1
class 3K3 and class 1K3
-25…70 °C (-13…158 °F)
< 95% RH non-condensing
class 2M2
Standards
conformity
EMC directive
Low voltage directive
2004/108/EC
2006/95/EC
Product standards automatic electrical
controls for household and similar use
Special requirement on temperature
dependent controls
EN 60730-1
EN 60730-2-9
Electromagnetic compatibility for
domestic sector
Emissions: EN 60730-1
Immunity: EN 60730-1
Degree of protection
IP30 to EN 60529
General terminal
Safety class
III (IEC 60536)
Degree of protection
IP30 to EN 60529
Material: Cover
Mounting plate
ABS plastic (UL94 class V-0)
Galvanized steel
Color
White RAL 9003
Dimensions (H x W x D) : OPA :
OPU :
88 x 88 x 24 mm (3.5 x 3.5 x 0.9 in)
112 x 73 x 18 mm(4.4 x 2.9 x 0.8 in)
Weight including package:
OPA-D5F, OPU-D5F
OPA-D5F-D, OPU-D5F-D
180 g (6.3 oz)
190 g (6.7 oz)
Power failure
All the parameters and set points are memorized and don’t need to be reentered. The clock will need to be reset.
Status LED
The status LED is located on the base unit between the two low power terminal connector groups. The status LED
may display the following feedback:
No light: No power or unit is damaged
Blink every 1 s: Error, terminal –base unit do not match or signal is not clear.
Blink every 2 s: Normal communication, base unit detected
Blink every 5 s: Base unit operates normal, no terminal detected
Error messages
Err1: Error temperature sensor. The internal temperature sensor may be damaged or not present.
Err2: External input for heat / cool auto-change-over missing or damaged.
FP: Frost protection is active.
Wiring diagram
Dimensions terminal
Configuration parameters for firmware version 2.1
This controller can be adapted to wide variety of fan coil applications. The adaptation is done with
parameters. The parameters can be changed on the unit without the need of additional equipment.
Identifying the firmware version
The parameters and functionality of controller depend on its firmware revision. It is therefore important to use
a matching product version and parameter set. The firmware version is shown on the large LCD digits when
pressing UP and DOWN buttons for more than 3 seconds simultaneously.
Changing parameters
The parameters may only be accessed by entering acode. There are two levels of parameters: User
operation parameters for access control settings and Expert parameters for control functions and unit setup.
The codes for user levels and expert levels are different. Only control experts should be given the control
parameter code.
The parameters can be changed as follows:
1. Press UP and DOWN button simultaneously for three seconds. The display shows the
software version in the large digits and the software revision in the small digits.
2. Pressing the OPTION button will indicate CODE on the small digits and 000 on the large
digits.
3. The code for accessingthe user parameters is 009
4. Select this using UP or DOWN buttons.
5. Press OPTION button after selecting the correct code.
6. Once logged in, the parameter is displayed immediately.
7. Select the parameters with the UP/DOWN buttons. Change a parameter by pressing the
OPTION button. The MIN and MAX symbols show up and indicate that the parameter may
be modified now. Use UP or DOWN buttons to adjust the value.
8. After you are done, press OPTION or POWER in order to return to the parameter selection
level.
9. Press the POWER button again so as to leave the menu. The unit will return to normal
operation if no button is pressed for more than 5 minutes.
88 (3.5)
88
(3.5)
21
(0.8)
73 (2.9)
15
(0.6)
112 (4.4)
OPU
3
(0.1)
3
(0.1)
TLR-D5F Base unit
1 2 3 4
OPA-D5F(-D)
OPU-D5F(-D)
10
T1
11
T2
12
T3
13
T4

Operation terminal OPA-D5F, OPU-D5F
Operation terminal OPA-D5F, OPU-D5F
Operation terminal OPA-D5F, OPU-D5F
Doc: 70-00-0789, V2.1, 20130702 © Vector Controls GmbH, Switzerland Subject to alteration
User parameters (access code: 009)
Parameter
Description
Range
Standard
UP 00
Enable change of operation modes,
ON, OFF
ON (enabled)
UP 01
Enable change of set points
ON, OFF
ON (enabled)
UP 02
Enable manual control fan speeds
ON, OFF
ON (enabled)
UP 03
Enable manual change of heating/cooling/fan only mode
0 = manual mode change disabled
1 = fan only enabled
2 = manual heat/cool mode change enabled
3 = manual heat/cool/fan only mode enabled
0, 1, 2, 3
W00: 3
(heat/cool/fan
only)
W01: 1
(fan only)
UP 04
Enable access to time programs
ON, OFF
ON (enabled)
UP 05
State after power failure: 0 = OFF, 1 = ON, 2 = Last State
0, 1, 2
2
UP 06
Enable economy (unoccupied) mode.
Shift the set point to a lower temperature in winter or higher
temperature in summer in order to save energy. May be
activated through the POWER button, or with the external input
(typically for key card switches in hotel rooms or motion
detectors for meeting rooms.)
ON, OFF
ON
(economy )
UP 07
Celsius or Fahrenheit, OFF for Celsius, ON for Fahrenheit
ON, OFF
OFF (Celsius)
UP 08
Calibrate internal temperature sensor
–10 ° to +10 ° in 0.1 ° steps. (Sensor is factory calibrated; use
this feature for field adjustment only as required.)
-10…10
0
UP 09
Enable frost protection.
Activates the output independent of operation mode when the
control temperature drops below 5 °C or 41 °F. The controller
returns to normal operation when the temperature increases
above 10 °C or 50 °F.
ON, OFF
W00 = ON
W01 = OFF
UP 10
Select contents of Large LCD display in standard mode:
0…6
02
Temperature
00 = OFF
01 = Set point *1)
02 = Temperature sensor
03 = Output fan speed
04 = Clock
05 = Alternative sensor
06 = Output in percent
*1) Note: if UP10 = 1, the set point will be shown instead of the
measured temperature also in controls display.
UP 11
Select contents of small LCD display in standard mode
0…6
Standard:
01 Set point
Deluxe:
04 Clock
00 = OFF
01 = Set point
02 = Temperature sensor
03 = Output fan speed
04 = Clock
05 = Alternative sensor
06 = Output in percent
UP 12
Contents of vertical bar in standard mode
OFF = Fan speed
ON = Control output
ON, OFF
OFF (fan)
UP 13
Clock display type: Only available for deluxe version
OFF = Show 24 hour clock
ON = Show 12 hour clock (AM, PM)
ON, OFF
OFF (24 h)
UP 14
Reset timer for override mode: Only available for deluxe version
0 = Reset of override mode is not active.
1…255 = delay in minutes to switch off device if on/economy
mode is activated while the unit is scheduled to be
in off mode
0…255
60 (min)
Control parameters (access code: 241)
Warning! Only experts should change these settings!
Set point limit parameters
Parameter
Description
Range
Standard
FC 00
Minimumset point limit in heating mode
-40…60 °C
(160 °F)
16 °C (61 °F)
FC 01
Maximumset point limit in heating mode
-40…60 °C
(160 °F)
24 °C (76 °F)
FC 02
Minimumset point limit in cooling mode
-40…60 °C
(160 °F)
18 °C (65 °F)
FC 03
Maximumset point limit in cooling mode
-40…60 °C
(160 °F)
30 °C (87 °F)
Control Loop Parameters
FC 04
Economy (unoccupied) Mode temperature shift:
The comfort (occupied) set point is shifted by the value set with
parameter. If heating is active the comfort set point will be
decreased, if cooling is active, the set point will be increased.
(enable with UP06.)
0…10.0 °C
(20 °F)
5.0 °C (10 °F)
FC 05
Switching span heating
0…10.0 °C
(20 °F)
0.9 °C (1.8 °F)
FC 06
Switching span cooling
0…10.0 °C
(20 °F)
0.7 °C (1.4 °F)
FC 07
Switching hysteresis is the difference between switching on and
switching off. A small hysteresis will increase the number of
switching cycles and thus the wear on fan and relays contacts.
0…10.0 °C
(20 °F)
0.5 °C (1 °F)
FC 08
Mold protection: OFF = disabled, ON = enabled
ON, OFF
OFF
FC 09
Delay OFF (minimum running time)
0…255 s
10 s
FC 10
Delay ON (minimum stopping time)
0…255 s
10 s
PID Parameters
FC 11
P- band heating XPH
0…10.0K (20 °F)
2.0 °C (4.0 °F)
FC 12
P- band cooling XPC
0…10.0K (20 °F)
2.0 ° (4.0 °F)
FC 13
KIH, Integral gain heating, in 0.1 steps,
0 disables ID part
low value = slow reaction
high value = fast reaction
0…25.5
0.0
FC 14
KIC, Integral gain cooling, in 0.1 steps
0…25.5
0.0
➔Proportional control (P-band)
The proportional control function calculates the output based on the difference between set point and
measured value. The proportional band (P-band) defines the difference between set point and measured
value which will result in a 100% output. Setting the proportional band to 0 disables proportional control.
Output Parameters
FC 15
FO1: Enable floating output (DO4 OPEN, DO5 CLOSE)
ON, OFF
ON
FC 16
FO1: Running time of actuator
0…255 s
90 s
➔3-point floating:
For floating point outputs the running time of the actuator used needs to be specified with FC16. Running
time is defined as the time required for the actuator to run from fully open to fully closed and vice versa.
Actuators with a fixed running time are recommended. Once fully open or fully closed the running time for
the actuator is extended for a full run-time cycle. This will allow the actuator position to be synchronized in
case it has been moved during off time or an actuator with variable running time was used.
Input parameters
Parameter
Description
Range
Standard
FC 17
External input:
0 = No external input
1 = External temperature sensor
2 = Occupation sensor –comfort / economy
3 = Occupation sensor –comfort / off
4 = Heat / cool change by open contact. Contact open = heat
5 = Heat / cool change by open contact. Contact open = cool
6 = Auto-changeover based on supply temperature
7 = Auto-changeover based on outside temperature
8 = Key card with alternative set point
0…8
0
FC 18
Activation delay (minutes) = the time the binary input needs to be
open before economy/off mode is activated.
0…255 min
5
FC 19
Auto-changeover limit cooling for supply temperature FC17 = 6
Auto-changeover limit heating for outside temperature FC17 = 7
or economy set point in heating mode if FC17 = 8
-40…60 °C
(160 °F)
16 °C
(61 °F)
FC 20
Auto-changeover limit heating for supply temperature FC17 = 6
Auto-changeover limit cooling for outside temperature FC17 = 7
or economy set point in cooling mode if FC17 = 8
-40…60 °C
(160 °F)
28 °C
(83 °F)
➔Configuring the function of the external input
FC17 = 0
Input not used
FC17 = 1
External control input
The external sensor is the control input. The internal
sensor will be disabled.
FC17 = 2
Switching economy and
comfort modes
Economy (unoccupied) and comfort (occupied) modes
are controlled through an external contact by
connecting the input through a dry contact to signal
common. This function may be used together with key
card switches for hotels or motion detectors for offices.
FC17 = 3
Switching energy hold
off and comfort modes
Opening the input will force the unit into the OFF
operation mode. The operation mode cannot be
overridden by using the terminal. Connecting the input
to signal common returns control of the operation mode
to the terminal. This function may be used as window
contact to prevent loss of energy.
FC17 = 4
Heat –cool change-
over by contact
Switch by open contact: Contact open = heating is
active, contact closed = cooling is active.
FC17 = 5
Heat –cool change-
over by contact
Switch by open contact: Contact open = cooling is
active, contact closed = heating is active.
FC17 = 6
Auto heat cool change-
over by supply
temperature
Connect a supply media sensor to theinput. Cooling
will be activated if a temperature below FC19 is
measured. Heating is activated if a value above FC20 is
measured
FC17 = 7
Auto heat cool change-
over by outdoor
temperature
Connect an outdoor temperature sensor to the input.
Cooling will be activated if a temperature above FC20 is
measured. Heating is activated if a value below FC19 is
measured
FC17 = 8
Key card with
alternative set point
As with FC17 =2, the key card function switches
economy (unoccupied) and comfort (occupied) modes.
Instead of using the set point shift, the set points in
unoccupied mode are defined by parameter FC19 in
heating mode and FC20 in cooling mode.
Fan speed in unoccupied mode is limited to low speed.