Eliwell IDplus 961 User manual

Electronic controllers for refrigerating units
GB
ID
PLUS
961 - 971 - 974

.

CONTENTS GB
USER INTERFACE................................... 4
KEYS AND LED ....................................... 5
ACCESSING AND USING MENUS . 6
BASIC COMMANDS MENU ............. 6
BASIC COMMANDS EDIT LOCK.... 7
PROGRAMMING MENU .................... 7
COPY CARD ............................................. 8
PASSWORD.............................................. 9
ENABLING DEFROST CYCLE
MANUALLY .............................................. 9
DIAGNOSTICS......................................... 9
ALARMS..................................................... 10
MAX AND MIN TEMPERATURE
ALARM ....................................................... 11
MECHANICAL ASSEMBLY.................. 12
ELECTRICAL WIRING............................ 12
CONDITIONS OF USE ......................... 13
LIABILITY AND RESIDUAL RISK ...... 13
DISCLAIMER............................................. 14
TECHNICAL DATA................................. 14
PARAMETERS TABLE............................ 16

ENGLISH
Electronic controllers for refrigerating units
set
* When switched on, the device performs a Lamp Test; the display and LEDs will flash for several
seconds to check that they all function correctly.
* To activate the LOC function: - enter the ‘Basic Commands’ menu by pressing
-press the and keys within 2 seconds.
If the LOC function is active and you try to enter the ‘Parameters’ menu, the word LOC appears.
If this happens, the parameters are still displayed but cannot be edited.
To disable the keypad lock, repeat the aforementioned procedure.
GB
4
set

KEYS AND LEDs
set
UP
Press and release
Scrolls through menu items
Increases values
Press for at least 5 secs
Activates the Manual Defrost function
DOWN
Press and release
Scrolls through menu items
Decreases values
STAND-BY (ESC)
Press and release
Returns to the previous menu level
Confirm parameter value
Press for at least 5 secs
Activates the STAND BY function
(when outside the menus)
SET (ENTER)
Press and release
Displays alarms (if active)
Opens Basic Commands menu
Press for at least 5 secs
Opens the Programming menu
Confirms commands
Reduced Set/Economy LED
Flashing: Reduced set active
5
Compressor LED
Permanently on: Compressor Active
Flashing: Delay, protection or blocked
start-up.
Defrost LED
Permanently on: Defrost Active
Flashing: Manual or D.I activation
Fan LED
Permanently on: Fans active
Alarm LED
Permanently on: Alarm on
Flashing: Alarm acknowledged
Aux LED Depending on model
°C LED
Permanently on: °C setting (dro = 0)
°F LED
Permanently on: °F setting (dro = 1)

ACCESSING AND USING THE MENUS
Resources are organised into menus which are accessed by briefly tapping the key (‘Basic Commands’ menu) or by
keeping the key pressed for more than 5 seconds (‘Programming’ menu).
Either do not press any keys for 15 seconds (time-out) or press the key once, to confirm the last value displayed
and return to the previous screen.
BASIC COMMANDS MENU
Access the ‘Basic Commands’ menu by pressing and releasing the key. If no alarms are active, the ‘SEt’ label appears.
By pressing the and keys you can scroll all folders in the ‘Basic Commands’ menu:
- AL: alarms folder (only visible if an alarm is active);
- SEt: Set point setting folder.
- Pb1: probe 1 folder;
- Pb2: probe 2 folder **;
- dit: interval between defrosts folder;
- dEt: defrost timeout folder;
- dSt: defrost end temperature folder **;
(** models ID971 and ID974 only)
Setting the Set point: To display the Set point value press the key when the ‘SEt’ label is displayed.
The Set point value appears on the display. To change the Set point value, press the and
keys within 15 seconds. Press to confirm the modification.
Change the value of the dit, dEt and dSt defrost parameters in the same way.
Displaying the probes: When the Pb1 or Pb2* label is displayed, press and the associated probe value will appear
(* Pb2 is only present on models ID971 and ID974).
set
set
set
set
6
set
set
set
set
set
set

7
set
set
set
set
set
5 secs
set
5 secs
Figure 1 Figure 2
set
set
set
set
set
BASIC COMMANDS EDIT LOCK
It is possible to disable the keypad on this device.
The keypad can be locked by entering the ‘Basic Commands’ menu using and pressing and within 2
seconds or by programming the ‘LOC’ parameter (see ‘diS’ label folder)
With the keypad locked you can still access the ‘Basic Commands’ menu by pressing to display the Set point and
dit, dEt and dSt parameters, but you cannot edit them.
To disable the keypad lock, repeat the locking procedure.
PROGRAMMING MENU
To access the ‘Programming’ menu hold down the key for more than 5 seconds.
If specified, the ‘PA1’ access PASSWORD will be requested (see ‘PASSWORD’ paragraph).
Press the key to modify the values. The display will show the first folder in the menu (e.g.: the ‘CP’ folder).
By pressing the and keys you can scroll all folders in the Programming menu (Figure 1):
Press the key beside the selected folder (‘dEF’ in the example in figure 2) to view the first parameter contained.
Select the desired parameter using the and keys. Press to see the current value of the selected parameter.
Press and to change the value and then press to save it.
NOTE: It is strongly recommended that you switch the device off and on again each time the parameter configuration is
changed, in order to prevent malfunctioning of the configuration and/or ongoing timings.

USING THE COPY CARD
The Copy Card is an accessory connected to the TTL serial port used for quick programming of the device parameters
(upload and download a parameter map to one or more devices of the same type). Upload (label UL) and copy card
formatting (label Fr) operations should be performed as explained below:
The ‘FPr’ folder contains the commands necessary for use of the Copy Card. Press the key to open the Functions
menu. Press the and keys to scroll through to the required function (e.g. UL).
Press the key to execute the upload. If the operation is successful, the display will show ‘y’, if not it will show ‘n’.
Upload (UL) This function uploads the programming parameters from the device.
UPLOAD: device Copy Card
Format: (Fr) This command is used to format the copy card, an operation which is necessary when using the card
for the first time. Important: when the copy card has been programmed, the parameter ‘Fr’ will delete
all data that have been entered. This operation cannot be cancelled.
Download from reset:
Connect the copy card when the device is switched off. When the
device is switched on, the download from the copy card will
begin automatically. At the end of the lamp test, the display will
show ‘dLy’ if the operation was successful and ‘dLn’ if not.
DOWNLOAD: Copy Card device
NOTES:
- after the parameters have been downloaded, the device uses the downloaded parameter map settings.
- see ‘FPr’ folder in Parameter Table and Description of Parameters.
8
UPLOAD
DOWNLOAD
set
set
set
set

PASSWORDS
The password ‘PA1’ allows access to the programming parameters. In the standard configuration the password is disabled
(value = 0). To enable it (value ≠0) and assign the required value, enter the ‘Programming’ menu, in the folder with the
‘diS’ label.
If the password is already enabled it will be required to access the ‘Programming’ menu. To enter it:
If the password is incorrect, the display will show the ‘PA1’ label and you will have to repeat the entry procedure.
MANUAL DEFROST CYCLE ACTIVATION
To manually activate the defrost cycle, hold down the key for 5 seconds.
If the defrost conditions are not satisfied
- the parameter OdO ≠0 (Models ID961, ID971 and ID974)
- the evaporator probe Pb2 temperature is higher than the defrost end temperature (Models ID971 and ID974)
the display will flash 3 times, to indicate that the operation will not be carried out.
DIAGNOSTICS
Alarms are always indicated by the buzzer (if present) and the alarm icon .
To switch off the buzzer, press and release any key, the relative icon will continue to flash.
NOTES: If alarm exclusion times have been set (see ‘AL’ folder in the parameters table) the alarm will not be signalled.
A probe 1 (Pb1) malfunction alarm will appear directly on the display with the
indication E1.
Models ID971 and ID974: A probe 2 (Pb2) malfunction alarm will appear
directly on the display with the indication E2.
9
set
set
5 secs
set

ALARMS
10
Label Fault Cause Eects Remedy
E1 Probe 1 faulty
(cold room)
• measured values are outside
operating range
• probe faulty/short-circuited/open
• Display label E1
• Alarm icon permanently on
• Min/max alarm regulator disabled
• Compressor operation according to “Ont”
parameter.
• check probe type NTC/PTC (H00)
• check the probe wiring
• replace probe
E2 Probe 2 faulty
(defrost)
• measured values are outside
operating range
• probe faulty/short-circuited/open
• Display label E2
• Alarm icon permanently on
• The Defrost cycle will end due to Time out
(Parameter“dEt”)
• check probe type NTC/PTC (H00)
• check the probe wiring
• replace probe
AH1
Probe 1 HIGH
temperature
alarm
• value read by probe 1 > HAL after
time of“tAO”.
(see MAX/MIN ALARMS table)
• Recording of label AH1 in folder AL
• No eect on regulation
• Wait until temperature value read
by probe 1 returns below HAL
AL1
Probe 1 LOW
temperature
alarm
• value read by probe 1 < LAL dopo
tempo pari a“tAO”.
(see MAX/MIN ALARMS table)
• Recording of label AL1 in folder AL
• No eect on regulation
• Wait for the temperature value
read by probe 1 to come back
above LAL
EA External alarm • Digital input activated
(H11 set as external alarm)
• Recording of label EA in folder AL
• Alarm icon permanently on
• Regulation blocked if EAL = y
• to check and to remove the
external cause which generate
alarm on D.I.
Opd Door open alarm
• Digital input activated
(H11 set as door switch)
(for a longer time than tdO)
• Recording of label Opd in folder AL
• Alarm icon permanently on
• Regulator blocked
• close the door
• delay function dened by OAO

MAX AND MIN TEMPERATURE ALARM
11
Setpoint - LAL
AFd
Off
Setpoint + HAL
AFd
Setpoint - LAL + AFd Setpoint + HAL - AFd
Setpoint
Temp. ≤Set+LAL *
Temp. ≥Set+HAL **
Temp. ≥Setpoint + LAL + AFd
Setpoint -|LAL|+AFd
Temp. ≤Setpoint + HAL - AFd
Relative Temperature Value
to setpoint (Att=1)
* if LAL is negative, Set + LAL < Set
** if HAL is negative, Set + HAL > Set
Absolute Temperature Value
(Att=0)
Temp. ≤LAL (LAL with sign)
Temp. ≥HAL (HAL with sign)
Temp. ≥LAL + AFd
Temp. ≤HAL - AFd
LAL
AFd
HAL
AFd
LAL + AFd LAL - AFd
Minimum temperature
alarm
Maximum
temperature alarm
Returning from maximum
temperature alarm
Returning from minimum
temperature alarm

MECHANICAL ASSEMBLY
The instrument is designed for panel mounting. Make a hole of 29x71 mm, insert the instrument and fix it using the
brackets provided. Do not mount the instrument in humid and/or dirty places; it is suitable for use in ordinary polluted
places. Ventilate the place in proximity to the instrument colling slits.
ELECTRICAL WIRING
Attention! Never work on electrical connections when the machine is switched on.
The instrument is equipped with screw terminal boards for connection of electrical cables with a diameter of 2.5 mm2(one
conductor only per terminal for power connections). For the capacity of the terminals, see the label on the instrument. In the
model ID 974 with Switching power supply only one voltage free relay output is present, on all other models on the contrary all
relay outputs are voltage free. Do not exceed the maximum current allowed; in case of higher loads, use an appropriate contactor.
Make sure the power supply voltage complies with the one required by the instrument. In 12V versions the power supply must
be provided by a security transformer with the protection of a delayed 250 mA fuse. Probes have no connection polarity and can
be extended using a regular bipolar cable (note that the extension of the probes affects the EMC electromagnetic compatibility
of the instrument: pay extreme attention to wiring). Probe cables, power supply cables and the TTL serial cables should be distant
from power cables.
12
74mm74mm
32mm32mm
29mm29mm
71mm71mm
70mm70mm
67mm67mm

CONDITIONS OF USE
Permitted Use
For safety reasons the instrument must be installed and used according to the instruction provided and in particular,
under normal conditions, parts bearing dangerous voltage levels must not be accessible. The device must be adequately
protected from water and dust as per the application and must also only be accessible via the use of tools (with the
exception of the frontlet).
The device is ideally suited for use on household appliances and/or similar refrigeration equipment and has been tested
with regard to the aspects concerning European reference standards on safety. It is classified as follows:
• according to its manufacture: as an automatic electronic control device to be incorporated by independent mounting;
• according to its automatic operating features: as a 1 B-type operated control type;
• as a Class A device in relation to the category and structure of the software.
Unpermitted use
Any other use other than that permitted is de facto prohibited. It should be noted that the relay contacts provided are
of a practical type and therefore subject to fault. Any protection devices required by product standards or dictated by
common sense due to obvious safety reasons should be applied externally.
LIABILITY AND RESIDUAL RISKS
ELIWELL CONTROLS SRL shall not be liable for any damages deriving from:
- installation/use other than that prescribed and, in particular, that which does not comply with safety standards
anticipated by regulations and/or those given herein;
- use on boards which do not guarantee adequate protection against electric shock, water or dust under the conditions
of assembly applied;
- use on boards which allow access to dangerous parts without the use of tools;
- tampering with and/or alteration of the products;
- installation/use on boards that do not comply with the standards and regulations in force.
13

DISCLAIMER
This manual and its contents remain the sole property of ELIWELL CONTROLS SRL, and shall not be reproduced or
distributed without authorization.
Although great care has been exercised in the preparation of this document, ELIWELL CONTROLS SRL, its employees or
its vendors, cannot accept any liability whatsoever connected with its use.
ELIWELL CONTROLS SRL reserves the right to make any changes or improvements without prior notice.
TECHNICAL DATA
Mechanical Caracteristics
Front protection: IP65.
Housing: PC+ABS UL94 V-0 resin plastic casing, polycarbonate glass, thermoplastic resin keys.
Dimensions: front 74x32 mm, depth 59 mm. (excluding terminals).
Mounting: panel mounting with 71x29 mm (+0.2/-0.1 mm) drilling template.
Terminals: screw terminal for cable with a diameter of 2,5mm2
Connectors: TTL for connection to Copy Card
Temperature: Operating: –5 … +55 °C - Storage: –30 … +85 °C
Humidity: Operating / Storage: 10…90 % RH (not condensing).
Electrical Caracteristics
Power Supply: 230Va(+10% / -15%) 50/60 Hz Consumption: 3W max
Display Range: NTC: –50.0°C ... +110°C; PTC: -55.0°C ... +140°C (on display with 3 digit + sign)
Accuracy: Better than 0.5% of full-scale +1 digit.
Resolution: 0,1 °C.
Buzzer: YES (it depends from the model)
Analogue Input: ID961: 1 NTC (Default) / PTC input (programmable by parameter H00).
ID971 e ID974: 2 NTC (Default) / PTC input (programmable by parameter H00).
Digital Input: 1 voltage-free digital input
14

Digital Output: ID961: 1 Compressor relay: IEC 60730-1 15(2)A max 250Va
UL60730 1 Hp (8FLA - 48LRA) max 240Va
ID971: 1 Defrost relay: N.O. 8(3)A - N.C. 6(3)A max 250Va
1 Compressor relay: IEC 60730-1 15(2)A max 250Va
UL60730 1 Hp (8FLA - 48LRA) max 240Va
ID974: 1 Defrost relay: N.O. 8(3)A - N.C. 6(3)A max 250Va
1 Compressor relay: IEC 60730-1 8(3)A max 250Va
UL60730 1/2 Hp (5FLA - 29LRA) max 240Va
1 Fan relay: 5(2)A max 250Va
Regulations
Electromagnetic compatibility: This device complies with Directive 2004/108/EC and the harmonised standard EN 60730-2-9
Security: This device complies with Directive 2006/95/EC and the harmonised standard EN 60730-2-9
Food safety: This device complies with standard EN 13485 as follows:
- suitable for storage
- climate range A
- measurement class 1 in the range from -35°C to 25°C (*)
(* exclusively using Eliwell NTC probes)
Voluntary marks/certifications: ENEC/UL (check on the device label).
Classification: operating (not safety) device for integration.
NOTE 1: switch the device off and on after modifying the NTC/PTC probe (par. H00).
NOTE 2: check the power supply specified on the instrument label; for relay and power supply capacities,
contact the Sales Office.
NOTE: The technical data included in this document, related to measurement (range, accuracy, resolution, etc.) refer to
the instrument itself, and not to its equipment such as, for example, sensors.
This means, for example, that sensor(s) error(s) shall be added to the instrument’s one.
15

TABLE OF PARAMETERS
PAR. DESCRIPTION
SEt Temperature SEtpoint.
COMPRESSOR REGULATOR (folder with “CP” label)
diF diFferential. Relay compressor tripping differential. The compressor stops on reaching the Setpoint value (as
indicated by the adjustment probe), and restarts at temperature value equal to the Setpoint plus the value
of the differential. Note: the value 0 cannot be assumed.
HSE Higher SEt. Maximum possible setpoint value.
LSE Lower SEt. Minimum possible setpoint value.
OSP Offset Set Point. Temperature Value to be added to the Set-Point if reduced set is enabled (Economy function).
dOd digital (input) Open door. Digital input that allow you to switch off loads. Valid if H11 = ±4 (door microswitch).
n = does not switch off loads; y = switch off loads
COMPRESSOR PROTECTIVE DEVICE (folder with “CP” label)
Ont On time (compressor). Compressor activation time in the event of faulty probe. If Ont=0 the compressor is
always off, while Ont>0 the compressor is always on.
dOn delay (at) On compressor. Delay time in activating the compressor relay after switch-on of instrument.
dOF delay (after power) OFF. Delay after switch off; the indicated time must elapse between switch-off of the
compressor relay and the successive switch-on.
dbi delay between power-on. Delay between switch-ons; the indicated time must elapse between two successive
switch-ons of the compressor.
OdO (!) delay Output (from power) On. Delay time in activating the outputs after switch-on of the instrument or after
a power failure.
DEFROSTING REGULATOR (folder with “dEF” label)
dty defrost type. Type of defrosting.
0 = electric defrost - compressor off (OFF) during defrosting;
1 = reverse cycle defrost (hot gas); compressor on (ON) during defrosting;
2 = Free defrost; defrosting independently of compressor.
16

dit defrost interval time. Interval between the start of two successive defrosting operations.
dCt defrost Counting type. Selection of count mode for the defrosting interval.
0 = compressor operating hours (DIGIFROST® method); Defrosting active only if compressor is on.
1 = Real Time - equipment operating hours; defrost counting is always active when the machine is on and
start everytime the instrument switch on,
2 = compressor stop. Each time the compressor stops a defrosting cycle is performed according to
parameter dtY
dOH defrost Offset Hour. Start-of-defrosting delay time from the call.
dEt defrost Endurance time. Defrosting time-out; determines duration of defrosting.
dSt defrost Stop temperature. Defrost stop temperature (defined by the evaporator probe).
dPO defrost (at) Power On. Determines if at the start-up the instrument must enter defrosting (if the temperature
measured by the evaporator allows this operation). y = yes; n = no.
FANS REGULATOR (folder with “FAn” label)
FSt Fan Stop temperature. Fan lock temperature; if the value, read by the evaporator probe, is higher than the set
value, fans stop.
FAd Fan differential. Fan starting differential (see par. “FSt”).
Fdt Fan delay time. Delay time in activating fans after a defrost operation.
dt drainage time. Dripping time.
dFd defrost Fan disable. Allows to select the evaporator probes exclusion during defrost.
y = yes (fan disable); n = no.
FCO Fan Compressor OFF. Allows to select compressor fans lock OFF (switched off).
y = fans activated (with thermostat; based on the value read by the defrost probe, see parameter “FSt”);
n = fans off; dc = not used.
Fod Fan open door. Fans active when the door is open.
Allows you to select the option of stopping the fans when the door is open, and re-starting the fans when door
is closed (if they were active). n = fans stop; y = fans unchanged.
17

ALARMS (folder with “AL” label)
Att Allow you to select if the parameters HAL and LAL will have absolute (Att=0) or relative (Att=1) value.
AFd Alarm Fan differential. Alarm differential.
HAL Higher ALarm. Maximum temperature alarm. Temperature value (in relative value) which if exceeded in an
upward direction triggers the activation of the alarm signal.
LAL Lower ALarm. Minimum temperature alarm. Temperature value (in relative value), which if exceeded in a
downward direction, triggers the activation of the alarm signal.
PAO Power-on Alarm Override. Alarm exclusion time after instrument switch on, after a power failure.
dAO defrost Alarm Override. Temperature alarm exclusion time after defrost.
OAO Alarm signaling delay after digital input disabling (door close). Alarm is only for high-low temperature alarms.
tdO time out door Open. Alarm activation delay time open door.
tAO temperature Alarm Override. Temperature alarm signal delay time.
EAL External Alarm Clock. External alarm to lock loads (n = don’t lock loads; y = lock loads).
DISPLAY (folder with “diS” label)
LOC LOCk. Basic Commands edit lock. However, you can enter parameter programming modify them along with
the status of this parameter in order to allow unlocking. y = yes; n = no
PA1 PAssword 1. When enabled (value other than 0) it constitutes the access key for level 1 parameters.
ndt number display type. View with decimal point. y = yes; n = no
CA1 CAlibration 1. Positive or negative temperature value added to the value read by probe 1.
CA2 CAlibration 2. Positive or negative temperature value added to the value read by probe 2.
ddL defrost display Lock. Viewing mode during defrosting.
0 = shows the temperature read by the room probe;
1 = locks the reading on the temperature value read by room probe when defrosting starts, and until the
next time the Setpoint value is reached;
2 = displays the label “dEF” during defrosting, and until the next time the Setpoint value is reached.
dro display read-out. Select °C or °F for displaying the temperature read by the thermostat probe. (0 = °C, 1 = °F).
PLEASE NOTE: the switch between °C and °F DO NOT modify setpoint, differential, etc. (for example
set=10°C become 10°F).
18

CONFIGURATION (folder with "CnF" label)
H00 (!) Probe type selection, PTC or NTC (Default). 0 = PTC; 1 = NTC.
H08 Stand-by operating mode. 0 = display switch off;
1 = display switch off, loads and alarms stopped;
2 = display with OFF label, loads and alarms stopped.
H11 Configurability digital inputs/polarity. 0 = disabled; ±1 = defrosting; ±2 = reduced set; ±3 = not used; ±4 = door
microswitch; ±5 = external alarm; ±6 = Stand-by (ON-OFF).
ATTENTION! Positive or negative values change the polarity.
H25 Enable/disable the buzzer.
0 = disabled; 4 = enabled; 1-2-3-5-6 = not used.
H42 Evaporator probe present. n = not present; y = present.
reL reLease firmware. Device version: read only parameter.
tAb tAble of parameters. Reserved: read only parameter.
COPY CARD (folder with “Fpr” label)
UL Up Load. Programming parameter transfer from instrument to Copy Card.
Fr Format. Erasing all data in the copy card.
PLEASE NOTE: using “Fr” parameter (copy card formatting) the data within the copy card will be lost permenently.
The operation cannot be cancelled.
(!) WARNING!
• If one or more of these parameters highlighted with (!) are modified, the controller must be switched off and switched
on again to ensure correct operation.
• In any case, it is strongly recommended that you switch the controller off and switch it on again any time parameters
have been changed to prevent malfunctioning on configuration and/or timing underway.
19

Parameters - Default Setting
PAR. ID961 ID971 ID974 U.M.
RANGE DEFAULT RANGE DEFAULT RANGE DEFAULT
SEt -50,0 ... 99,0 0,0 -50,0 ... 99,0 0,0 -50,0 ... 99,0 0,0 °C/°F
diF +0,1 ... +30,0 2,0 +0,1 ... +30,0 2,0 +0,1 ... +30,0 2,0 °C/°F
HSE LSE ... +302 99,0 LSE ... +302 99,0 LSE ... +302 99,0 °C/°F
LSE -58,0 ... HSE -50,0 -58,0 ... HSE -50,0 -58,0 ... HSE -50,0 °C/°F
OSP -30,0 ... +30,0 0,0 -30,0 ... +30,0 0,0 -30,0 ... +30,0 0,0 °C/°F
dOd n/y n n/y n n/y n flag
Ont 0 ... 250 0 0 ... 250 0 0 ... 250 0 min
dOn 0 ... 250 0 0 ... 250 0 0 ... 250 0 sec
dOF 0 ... 250 0 0 ... 250 0 0 ... 250 0 min
dbi 0 ... 250 0 0 ... 250 0 0 ... 250 0 min
OdO 0 ... 250 0 0 ... 250 0 0 ... 250 0 min
dty ----- ----- 0/1/2 0 0/1/2 0 flag
dit 0 ... 250 6 0 ... 250 6 0 ... 250 6 hours
dCt 0/1/2 1 0/1/2 1 0/1/2 1 flag
dOH 0 ... 59 0 0 ... 59 0 0 ... 59 0 min
dEt 1 ... 250 30 1 ... 250 30 1 ... 250 30 min
dSt ----- ----- -50,0 ... +150 8,0 -50,0 ... +150 8,0 °C/°F
dPO n/y n n/y n n/y n flag
FSt ----- ----- ----- ----- -50,0 ... +150 50,0 °C/°F
FAd ----- ----- ----- ----- +1,0 ... +50,0 2,0 °C/°F
Fdt ----- ----- ----- ----- 0 ... 250 0 min
dt ----- ----- ----- ----- 0 ... 250 0 min
dFd ----- ----- ----- ----- n/y y flag
FCO ----- ----- ----- ----- n/y/dc n flag
Fod ----- ----- ----- ----- n/y n flag
Att 0/1 1 0/1 1 0/1 1 flag
AFd +1,0 ... +50,0 2,0 +1,0 ... +50,0 2,0 +1,0 ... +50,0 2,0 °C/°F
HAL LAL ... +150,0 +50,0 LAL ... +150,0 +50,0 LAL ... +150,0 +50,0 °C/°F
LAL -50,0 ... HAL -50,0 -50,0 ... HAL -50,0 -50,0 ... HAL -50,0 °C/°F
CPdEFFAnAL