Orbit Merret OMX 333UNI User manual

OMX 333UNI
SETTING
Selection of measuring type/mode
1. by switching dipswitch no. 2 to position „ON“ 12 programming mode is accessed - LED „Lo“ lights up and LED „Hi“ signals the
type of input by flashing (table 1)
2. change of input type, LED „Lo“ is green - by repeated pressing of button „Lo“ input types are accessed step by step and LED „Hi“
signals the type of input by flashing (table 1)
3. by pressing button „Hi“ our selection is confirmed and a next menu item can be accessed
4. setting the measuring range - LED „Lo“ is red - by repeated pressing of button „Lo“ measuring ranges are accessed step by step
and LED „Hi“ signals the type of measuring range (table 2) or for input type „DU“ it is the setting of minimum (if the slider is in a
static position, then by pressing button „Lo“)
Tab. 2
LED „LO“
LED „HI“ MODE
PM DC T/C OHM Pt Ni Cu DU - calib. of min
±2 V ±30 mV B 0…100 Ω Pt 100 - Eu Ni 1 000/5 000 Cu 50/4285
±5 V ±60 mV E 0…300 Ω Pt 500 - Eu Ni 1 000/6 000 Cu 100/4285
±10 V ±1 V J 0…1,5 KΩ Pt 1 000 - Eu Ni 10 000/5 000 Cu 50/4260
0…20 mA ±20 V K 0…3 KΩ Pt 100 - Us Ni 10 000/6 000 Cu 100/4260
4…20 mA ±40 V N 0…24 KΩ Pt 50 - Ru
4…20 mA (Er) ±80 V R 0…30 KΩ Pt 100 - Ru
±90 mA S
±180 mA T
L
5. by pressing button „Hi“ our selection is confirmed and a next menu item can be accessed (if it exists for the given type), otherwise
there is return to type
6. setting of connection (only for type DU, OHM, Pt, Ni, Cu, T/C) - LED „Lo“ does not light up - by repeated pressing of button „Lo“
types of connection are accessed and LED „Hi“ signals the type of connection (table 3) or for type „DU“ setting the maximum
(if the slider is in a static position, then by pressing button „Hi“)
7. by pressing „Hi“ selected setting is confirmed and dipswitch no. 2 can be switched to „OFF“ 12
Setting of Limits 1 (2)
1. after pressing button „Hi“ (for Limit 2 it is button „Lo“) red LED „L 1“ („L 2“) starts flashing and both LED “Lo” and “Hi” flash in cycles
2. set dipswitch no. 2 (for Limit L2 it is switch no. 1) to „ON“ 12 , LED “Lo” an “Hi” flash in cycles
3. on the OMX 333 input set the sinal to the level required for the Limit to be actuated
4. select your setting by pressing the „Hi“ button and switch the dipswitch no. 2 to „OFF“ 12
Setting of Analogue/Data output
1. by switching the dipswitch no. 1 to „ON“ 12
programming mode is accessed - LED „Hi“ lights up and LED „Lo“ signals the type
of output by flashing (table 4) or the rate of analogue output (table 5)
2. by repeated pressing of button „Lo“ the types of analogue output are accessed (rychlosti) and LED „Lo“ signals the the type of
output (tab. 4) or the rate of data output (tab. 5)
3. by pressing „Hi“ the selected setting is confirmed and a next menu item can be accessed (only for further setting of data output)
4. by repeated pressing of „Lo“ button instrument‘s address can be set ang LED „Lo“ signals by flashing the address of OMX 333
(table 5) (this procedure only applies to setting of data output)
5. our setting is confirmed by pressing „Hi“ button and progarmming mode is exited by switching dipswitch no. to „OFF“ 12
Changing analogue output (AO) range
1. OMX 333 AO is set by manufacturer. This procedure is for experienced users
2. by switching dipswitches no. 1 and no 2 to „ON“ 12
programming mode is accessed - LED „Lo“ and „Hi“ flash alternatively
3. to input terminals of OMX 333 connect signal of requested level which equals to minimum range of AO (for example 4 mA)
and by pressing „Lo“ button this value is recorded, LED „Lo“ flashes twice the normal rate
4. to input terminals of OMX 333 connect signal of requested level which equals to maximum range of AO (for example 20 mA)
and by pressing „Hi“ button this value is recorded, LED „Hi“ flashes twice the normal rate
5. by switching dipswitches no. 1 and 2 to „OFF“ 12
programming mode is exitted
Restoration of manufacturer‘s /user settings
1. this is a good way how to return to the original manufacturer’s setting especially when making a mistake during the set
up process
2. by pressing buttons “Lo” and Hi” simultaneously for approx 2 s LEDs „Lo“ and „Hi“ start flashing alternatively
3. by switching dipswitches no. 1 and 2 to „ON“ 12
the rate of flashing increases
4. by pressing button „Hi“ restoration of manufacturer‘s setting is executed (linearisation table, if it had been entered, is deleted), by
pressing button „Lo“ restoration of user settings including those which had been set via OM Link SW is executed, (linearisation table
remains)
5. by switching dipswitches no. 1 and 2 to „OFF“ 12
this mode is exitted
12
L2 L1 Lo Hi
LED „Lo“
LED „Hi“
LED „L2“
LED „L1“
Button
„Lo“
OM Link
Button
„Hi“
12
OFF
ON
Switch
Tab. 4
LED „HI“
LED „LO“ ANALOGUE OUTPUT
TYPE
0…2 V
0…5 V
0…10 V
±10 V
4…20 mA (Er)
4…20 mA
0…20 mA
0…5 mA
Tab. 5
LED „HI“
LED „LO“ DATA OUTPUT
RATE ADDRESS ADDRESS PB
300 0 0
600 1 1
1200 2 2
2400 3 3
4800 4 4
9600 5 5
19200 6 6
38400 7 7
57600 8 8
115200 9 9
230400 10 10
11 11
Tab. 1
LED „LO“
LED „HI“ TYPE
PM
DC
T/C
DU
OHM
Pt
Ni
Cu
Tab. 3
LED „LO“
LED „HI“ CONNECTION
OHM/RTD T/C DU - calib of max
Int. 1
2-wire Int. 2
3-wire Ext. 1
4-wire Ext. 2
Cold junction compensation (CJC)
Int. 1 measurement of CJC on instrument’s terminals
Int. 2 measurement of CJC on instrument’s terminals and anti-serial connection
of referential T/C
Ext. 1 the entire system wokrs in a uninamous and constant temperature
Ext. 2 with a compensation box and referential T/C
Tab. 6
LED SYMBOL LEGEND
LED is off
/LED is on
/LED flashes
LED flashes twice with a shotr pause

OMX 333UNI
SETTING PROFI
OMX 333UNI
CONNECTION AND CONTROLLING OF INSTRUMENT / TECHNICAL DATA
142. 8 +PAS . 0
INP.CHA .SER.
OUT.
LI M . L. 1 RES .
SAV.
CLR.C. TA.
CFG .
C. A. MI N . 1
FI L .MOD.
CO N . 0
NO EXP.. RND.
MAX. 1
N.PA.
FI R .
USR.
YES
P. PR.
P. LI . 0
Zeroing of tare
Setting of measuring rate
Setting of instrument’s measuring mode
Setting for beginning of range
Setting the filtration constant
Setting the digital filters*
Setting for end of range
EXT. EX .1 OFF HLD. TAR..
Selection of auxiliary input function
Setting of baud rate
T.1 0
H.1 0
L.1 25
TYP.CLO. OPE. rDY. Err.
Setting of limit’s time delay
Setting of limit’s hysteresis
Setting of limit value
Selecting output mode**
Setting access passwords
Restoring manufacturer’s settings
CAL.
C.HI .
C.LO . 0
Calibratin of the range (DU)
M.P.S. 0.5 1.2 2.5 5.0 10.0 20.0
DC
PM
RTD
MOD
TYP DC PM T/C DU
I 0. I 4. E4. U 2. U 5. U10.
E0.1 E0.5 E1.0 U0.1 r.0.5 r0.1
T/C BEJ KN R S t L
30n 60m U.1
CO N .
R.AD . 0
LEA .
T. C.J . 0
2-u 3-u 4-u
CO N .IN.1 IN.2 EX.1 EX.2
0
Cu.1 Cu..2 Cu.3 Cu.4
Ni.5 Ni.6
E0.1 E0.5 E1.0 U0.1 r.0.5 r0.1
OHM
Selection of input and range
Setting for RTD
Setting for T/C
SET.
ADD. 0
DAT.DAUB 600 1200 2400 115200 230400
100A.Hi
0A.Lo
A. O. TYP.AV.i 20 E. 4. i 4. i 5. u 2 u 5 u10
Setting of address
Setting maximum for analogue output
Selecting output type
Setting minimum for analogue output
L. 2
ERROR MESSAGES
ERROR LED “LO” LED “HI” CAUSE SOLUTION
E.D. U . number is too low (or high negative) to be displayed (less than -99999) change setting of channel constant
E.D. O . number is too high to be displayed (greater than 99999) change setting of channel constant
E.T. U . number is out of table range (lower) widen values in table (add first line), change input setting (channel constants)
E.T. O . number is out of table range (greater) widen values in table (add last line), change input setting (channel constants)
E.I . U. input value is lower than permitted input range change value of input signal or change settings of input range
E.I . O. input value is greater than permitted input range change value of input signal or change settings of input range
E.HW.a part of the instrument is not functioning properly send to manufacturer to be serviced
E.E. E. data in EEPROM corrupted restore manufacturer’s settings, if error message reoccures, send to manufacturer to be serviced
E.D. T. data in EEPROM out of range restore manufacturer’s settings, if error message reoccures, send to manufacturer to be serviced
E.CL.memory was empty (pre-setting had taken place) if error message reoccures, send to manufacturer to be serviced, possibilty of corrupted calibration data
E.IN.input leads disconnected check leads and their connection
E.OU.output leads disconnected check leads and their connection
S+ S-E+ E-
ES-
E-
ES+
ES+
DC, PM
RTD, OHM, Ni
DU
T/C
S-
L2
L1
OM Link
123 45
1234
JKLMNONO
AO - current AO - voltage GND
Power supply
+
+ +
--
Rx/Tx- Termination Rx/Tx+
485
-
+
EXT.1
GND
+ +
INPUT 1
+
-
+ +
INPUT 2
INPUT 3
INPUT 4 INPUT 5
GND
+
-
INPUT 4
-
+
MEASURING RANGES - CONNECTION
TYPE INPUTS 1 INPUTS 2 INPUTS 3 INPUTS 4 INPUTS 5
DC ±20/±40/±80 V ±30/60 mV
±1 V ±80/±180 mA
PM ±2/±5/±10 V 0/4…20 mA
OHM 0…300 Ω/0…1,5 kΩ/0…3 kΩ/0…30 kΩ
RTD-PT Pt 100/Pt 500/Pt 1 000
RTD-CU Cu 50/Cu 100
RTD-NI Ni 1 000/Ni 10 000
T/C J/K/T/E/B/S/ R/N/L
DU Linear potentiometr (min. 500 Ω)
EXTERNAL INPUT
DESCRIPTION ACTION
EXT. 1 control input, functionality according to
setting in the menu (see Menu > EXT.1) upon contact, terminal (no. N + O)
Instrument‘s power supply leads should not be in vicinity of low level input signals. Contactors, medium and high power electrical motors must not be used in vicinity of the instrument.
Input signal leads (measured value) need to be separated from all high power leads and devices. Instruments are tested in accordance with standards for industrial use, however we
strongly advise you to adhere to the above mentioned precaution measures.
In order to ensure proper functionality of this instrument it is absolutely essential to connect the input leads shielding to the junction box‘ frame.
MEASURING INPUT
INPUT
DC Ranges
±80 mA < 1 V Input 5
±180 mA < 2 V Input 5
±30 mV > 10 MΩ Input 4
±60 mV > 10 MΩ Input 4
±1 V > 10 MΩ Input 4
±20 V 1 MΩ Input 1
±40 V 1 MΩ Input 1
±80 V 1 MΩ Input 1
PM Ranges
±20 mA < 200 mV Input 5
4...20 mA < 200 mV Input 5
±2 V > 10 MΩ Input 1
±5 V 1 MΩ Input 1
±10 V 1 MΩ Input 1
OHM Ranges
0…100 Ω
0...300 Ω
0...1,5 kΩ
0...3 kΩ
0…24 kΩ
0...30 kΩ (only for 2- or 4-wire)
Connection 2-, 3- or 4-wire
RTD Type
EU > 100/500/1000 Ω, w.3 850 ppm -50°…450°C
US > 100 Ω, with 3 920 ppm/°C -50°…450°C
RU > 50/100 Ω with 3 910 ppm/°C -200°…1 100°/450°C
Connection 2-, 3- or 4-wire
Ni Type Ni 1000/ Ni 10000 w.5 000 ppm/°C -50°…250°C
Ni 1000/ Ni 10000 w.6 180 ppm/°C -200°…250°C
Connection 2-, 3- or 4-wire
Cu Type Cu 50/Cu 100 with 4 260 ppm/°C -50°…200°C
Cu 50/Cu 100 with 4 280 ppm/°C -200°…200°C
Connection 2-, 3- or 4-wire
T/C Type
J (Fe-CuNi) -200°...900°C
K(NiCr-Ni) -200°...1 300°C
T (Cu-CuNi) -200°...400°C
E (NiCr-CuNi) -200°...690°C
B (PtRh30-PtRh6) 300°...1 820°C
S(PtRh10-Pt) -50°...1 760°C
R (Pt13Rh-Pt) -50°...1 740°C
N (Omegalloy) -200°...1 300°C
L (Fe-CuNi) -200°...900°C
DU Supply of linear
potentiometer 2,5 VDC/6 mA, min. resistance of potentiometer is 500 Ω
INSTRUMENT’S ACCURACY
TK 50 ppm/°C
Accuracy ±0,05 % of the range + 1 digit
±0,05 % of the range + 1 digit
Accuracy of cold
junction measurement ±1,5°C
Rate 0,5…80 measurements/s
Overload capacity 10x (t < 30 ms), 2x
Digital filtres exponencialn filter, rounding
Function Hold - “freezing the measured value”, Tare (upon contact)
External input 1, with the possibility of assigning various functions in
the instrument’s menu
OM Link Company communication interface for operating,
setting and updating of instruments
Watch-dog reset after 500 ms
Calibration at 25°C and40% r.h.
COMPARATOR
Type digital, setting in vmenu
Limits 0…999999
Hysteresis 0…999999
Delay 0…99,9 s
Outputs
up to 2x relays with switch-on contact (Form A),
(250 VAC/30 VDC, 3 A)*
2x open collector, (30 VDC/100 mA)*
Reaction speed < 50 ms
Relay 1/8 HP 277 VAC, 1/10 HP 125 V, Pilot Duty D300
* values apply to resistive load
DATA OUTPUT
Protocol ASCII
Data format 8 bit + no parity + 1 stop bit
Rate 600…230 400 Baud
RS 485 isolated, adressing (max. 31 instruments)
ANALOG OUTPUT
Type isolated, programmable with 12-bit D/A converter,
type and range are selectable in menu
Non-linearity 0,1 % of range
TK 15 ppm/°C
Rate response to change of value < 1 ms
Output 0…2/5/10 V, ±10 V, 0…5 mA, 0/4…20 mA
(comp. < 500 Ω/12 V), Detection of broken loop
Ripple 5 mV residual ripple at output voltage of 10 V
POWER SUPPLY
10…30 VDC/24 VAC, ±10 %, 3 VA, PF ≥ 0,4,
ISTP< 40 A/1 ms, isolated
MECHANIC PROPERTIES
Material PA 66, incombustible UL 94 V-0, blue
Dimensions 90,5 x 79 x 25 mm
Installation to DIN rail, wide 35 mm
OPERATING CONDITIONS
Connection connector terminal board, cross section < 1,5/2,5 mm2
Stabilization period within 15 minutes after switch-on
Working temperature -20°…60°C
Storage temperature -20°…85°C
Cover IP20
Execution safety class I
El. safety EN 61010-1, A2
Dielectric strength
2,5 kVAC after 1 min between supply/input
2,5 kVAC after 1 min between supply/outputs
4 kVAC after 1 min between input/relays output
Insulation resistance*
for pollution degree II, measuring cat. III.
power supply > 300 V (PI), 255 V (DI)
input/output > 300 V (PI)
input/output - relay > 300 V (DI)
EMC EN 61326-1 (Industrial environment)
* PI - Primary insulation, DI - Double insulation
ORBIT MERRET, spol. s r. o.
Vodňanská 675/30, 198 00 Prague 9, Czech republic
tel.: [phone], fax.: [phone]
e-mail: [email protected], www.orbit.merret.eu
*Setting the digital filters
OFF filters are off
EXP. exponential filter
rnd. rouding
COn. setting of the calibration constant
**Selecting output mode
CLO. closing relay (normally open)
OPE. opening relay (normally closed)
rnY. all OK
Err. error indication
MINI-TECHDOK - OMX 333UNI - 2012 - 1v1 - en