HEMOMATIK ITP17 Universal Process Indicator

Selelekela

This manual describes the functions, configuration, mounting and operating instructions of the ITP17 universal process indicator (hereinafter referred to as the device).
Connection, setup and maintenance of the device must be performed only by fully qualified personnel after reading this user guide.

Melao le khutsufatso

PC – personal computer akYtec Tool Pro – configuration software
USB (Universal Serial Bus) – serial communication interface

Fetileview

The device is designed to measure and indicate signals of resistance temperature detectors (RTD), thermocouples (TC), pyrometers, DC voltage and DC signals (U / I signals).

Mesebetsi

• measuring and displaying a measured value on the digital display;
• signalling by color-coded indication about exceeding the set thresholds of the measured value;
• signalling when the value is in the critical zone;
• setting of the measured value according to the on/off- law using a discrete output based  on a transistor switch;
• indication of a break or short circuit in the “device-sensor” communication line.

Litlhaloso

Litlhaloso tsa Lethathamo la 1

Paramethara	Boleng
Motlakase
Phepelo ea motlakase	24 (10..30) VDC
Tšebeliso ea matla, max.	1 W
Sehlopha sa lisebelisoa	III
Galvanic isolation between domain of combined power and output interface and input domain	500 V
Lits'oants'o tsa ho kenya
Nomoro	1
Input resistance at voltage measuring, min.	100 lik'hilograma
Keletso voltage drop (at current measuring), max.	1.6 V
Input signals supported	bona Karolo ea 6
Sampling time, max.	1 s
Full-scale accuracy , max. RTD, U / I signals TC, pyrometers	± 0,25% ± 0,5%
Tšusumetso ea mocheso	0,2 of full-scale accuracy limit/ 10 °C
Sephetho
NPN transistor, loading capacity	200 mА, 42 VDC
Length of signal line, max.	30 m
Tlhophiso segokahanyi
Connector for configuration with akYtec Tool Pro	Micro-USB
Pontšo
Sesupo	one 4–digit and 7– segment indicator
Mebala	3
Bophahamo ba sebopeho	14 limilimithara
Mechini
Litekanyo	48 × 26 × 72 limilimithara
IP code (front / rear)	(IP65 / IP20)
MTBF	Lihora tse 100000
Karolelano ea bophelo ba tšebeletso	12 lilemo
Boima ba 'mele	hoo e ka bang. 150 g

Maemo a tikoloho

The device is designed for natural convection cooling which should be taken into account when choosing the installation site.
The following environmental conditions must be observed:

• clean, dry and controlled environment, low dust level;
• closed non-hazardous areas, free of corrosive or flammable gases.

Lethathamo la 2 Maemo a tikoloho

Boemo	E dumelletsoe mefuta-futa
Mocheso oa tikoloho	-40…+60 °C
Mongobo o amanang	30…80 % (ha e kolekese)
Mocheso oa lipalangoang le polokelo	-25… +55 ° C
Transportation and storage relative humidity	5…95 % (ha e kolekese)
Bophahamo	up to 2000 m ASL
EMC emission / immunity	conforms to IEC 61000-6-3-2016

HLOKOMELA
When operating the device at an altitude above 1000 m above sea level, it is  necessary to take into account the reduction of the electrical insulation as well as  the reduction in the cooling effect of the air.

Lits'oants'o tsa ho kenya

Table 3 Signals and sensors 

Pontsho	Tlhaloso	Tekanyo sebaka*
RTD
С 50	Cu50 (α = 0,00426 °С-1)	-50…+200 ° С
50 С	50М (α = 0,00428 °С -1)	-180…+200 ° С
P 50	Pt50 (α = 0,00385 °С-1)	-200…+850 ° С
50P	50P (α = 0,00391 °С -1)	-200…+850 ° С
C100	Cu100 (α = 0,00426 °С-1)	-50…+200 ° С
100C	100М (α = 0,00428 °С-1)	-180…+200 ° С
P100	Pt100 (α = 0,00385 °С -1)	-200…+850 ° С
100P	100P (α = 0,00391 °С -1)	-200…+850 ° С
100n	100N (α = 0,00617 °С -1)	-60…+180 ° С
P500	Pt500 (α = 0,00385 °С -1)	-200…+850 ° С
500P	500P (α = 0,00391 °С -1)	-200…+850 ° С
C500	Cu500 (α = 0,00426 °С -1)	-50…+200 ° С
500C	500М (α = 0,00428 °С -1)	-180…+200 ° С
500n	500N (α = 0,00617 °С -1)	-60…+180 ° С
C 1.0	Cu1000 (α = 0,00426°С-1)	-50…+200 ° С
1.0C	1000М (α = 0,00428 °С-1)	-180…+200 ° С
P 1.0	Pt1000 (α = 0,00385 °С-1)	-200…+850 ° С
1.0 P	1000P (α = 0,00391 °С-1)	-200…+850 ° С
1.0 n	1000N (α = 0,00617 °С-1)	-60…+180 ° С
TC
tC.L	L	-200…+800 ° С
tP.HA	К	-200…+1300 ° С
tC.J	J	-200…+1200 ° С
tC.n	N	-200…+1300 ° С
tC.t	Т	-200…+400 ° С
tC.S	S	0…+1750 °С
tC.r	R	0…+1750 °С
tC.b	В	+200…+1800 ° С
tC.A1	А-1	0…+2500 °С
tC.A2	А-2	0…+1800 °С
tP.A3	А-3	0…+1800 °С
TC in accordance with DIN 43710
tC.dL	L	-200…+900 ° С
I signals**
I 0.5	0…5 mА	0…100 %
I0.20	0…20 mА	0…100 %
I4.20	4…20 mА	0…100 %
U signals**
U-5.5	-50…+50 mV***	0…100 %
U 0. 1	0…1 V	0…100 %
U0.10	0…10 V	0…100 %
U2.10	2…10 V	0…100 %
Pyrometers
PIr.1	RК-15	+400…+1500 ° С
PIr.2	RК-20	+600…+2000 ° С
PIr.3	RS-20	+900…+2000 ° С
PIr.4	RS-25	+1200…+2500 ° С

At the temperature over 999,9 and under -199,90C the value of the least significant digit equals 10C.
The values depend on the di.Lo and di.Hi parameters.
Accuracy is not standardized.

Polokeho

TLHOKOMELO
Voltage!
Electric shock could kill or seriously injure.

• All work on the device must be performed by a fully qualified electrician.
• Netefatsa hore voltage tsamaisana le voltage tšoauoa ka sesebelisoa.
• Ensure that the device is provided with its power supply line and electric  fuse.
• The device may not be used in aggressive environments, in atmospheres in  which there are chemically active substances.
• The output port and internal electrical elements of the device must be protected from the humidity.

TSEBISO

• De-energize the device before working on it. Switch on the power supply  only after completing all work on the device.

Ho phahamisa

Ho kenya sesebelisoa:

• Prepare the mounting cutout with Ø of 22.5 mm in the switchboard where the device should be mounted (see Fig. 2).
• Carefully position the supplied gasket (see Fig.
•  Place the device with the installed gasket in  the prepared mounting cutout and tighten the nut (included in the scope of delivery) to fix the device.

TSEBISO
Do not use any tools to tighten the nut. Tighten the nut only by hand.

Removing proceeds in the reverse order.

Khokahano

Lintlha tse akaretsang
Signal cables should be routed separately from the power supply cables as well as from the cables which are sources of high-frequency and impulse interference.

• For high-quality clamping and reliable electrical connections, it is recommended to use:
• copper multicore wires, diameter after tinning – 0.9 mm (17 cores, AWG 22) or 1.1 mm (21 cores, AWG 20);
• copper wires with single-wire cores, diameter from 0.51 to 1.02 mm (AWG 24-18).
• The ends of the wires should be stripped of insulation by 8 ± 0.5 mm (see Fig. 4) and, if  necessary, tinned.

 

Wiring

TLHOKOMELO
To protect the device input from the influence of industrial electromagnetic interference, the “device-sensor” communication lines should be shielded. To protect the device input circuits from possible breakdown by static electricity charges accumulated on the “device-sensor” communication lines, their wires  should be connected to the shield ground screw for 1–2 s before connecting to  the device terminal block.
Connect the “device – sensor” communication lines to the primary converter and the device input and connect the device to the power supply (see Fig. 6).

Setšoantšo sa 6 Wiring
To protect the device against microseconds’ impulse noise of the output device (open collector) on the terminals “DO” and “-“, it is recommended to use connecting lines no longer than 30 meters or install devices for protection against impulse noise on the DC line. The VD1 diode should be located as close as possible to the terminals of the relay winding. The parameters of the diode are selected in accordance with the following rules:

The forward current of the diode must be at least 1.3 R1 (1.3 of the relay coil current).

Indication and control

• The 4– digit and 7– segment indicator on the front panel is designed to display measured values, alarms and device parameters. The segments of the digital indicator can light up in  one of the following colors (see Section 13):
• botala;
• khubelu;
• mosehla.

There is a micro-USB connector on the bottom of the enclosure.

Error indication and remedy

Being powered the device starts to operate. If the indicated values do not correspond to the real measured values, check the following:

• sensor function and communication line integrity;
• correctness of sensor connection;
• settings of scaling parameters (di.Lo and di.Hi).

Table 5 Error indication and remedy 

Pontsho	Tlhaloso	Pheko
HHHH	The measured input value is above the upper limit	Check the sensor code and measured value compliance
TLHALA	The measured input value is below the lower limit
Hi	The calculated value exceeds the maximum possible positive value that can be displayed on 4 digits of the indicator	Readjust the dP.t paramethara
Lo	The calculated value is less than the minimum possible negative value that can be displayed on 4 digits of the indicator
|——|	Ho robeha ha kutlo	Check the signal line. If the signal line isn’t broken and the connection is correct, contact akYtec service staff
Er.[ ]	Cold junction sensor (CJS) failure	Contact akYtec service staff

Pontsho	Tlhaloso	E dumelletsoe litekanyetso	Feme litlhophiso
in.t	Lets'oao la ho kenya	bona Karolo ea 6	4…20 mA
td	Digital filter nako e sa fetohe	0…10 lets	0
SQrt	Square root function (for U signals)	ka/Off	TLOA
di.Lo	Signal lower limit (for I / U signals)	-1999…9999	0
di.Hi	Signal upper limit (for I / U signals)	-1999…9999	100
dP.T	Sebaka sa boemo bo phahameng	-a-u-to- -.-.- –	– – -.-
2 u3u	RTD connection: 2–wire or 3–wire	2-Ln 3-Ln	3-Ln
Corr	Offset correction of the measured input value	–1999 …9999	0
Cnt	Mosebetsi oa ho laola: OFF / Heating / Cooling / Alarm within limits (П) / Alarm outside limits (U) (see Setšoantšo sa 10)	oFF/HEAt/ CooL/П/U	U
SP.Lo	Setpoint lower limit	-1999…9999	0
SP.Hi	Setpoint upper limit	-1999…9999	30
A.HYS	Hysteresis. When “Alarm within limits (П)” or “Alarm outside limits (U)” are selected, the hysteresis blocks the actuation of the output unit with minor fluctuations at the SP.Lo and SP.Hi boundary. The parameter is not e bonts'itsoeng neng Cnt = oFF/HEAt/CooL	0…9999	0
di.Sh	Characteristics offset	–1999 …9999	0
out.E	Output device state in case of sensor failure	ka/Off	TLOA
d.FnC	Tshebetso e benyang	ka/Off	TLOA
Zon.1	Thresholds for changing the color of indicator zones	1999…9999	0
Zon.2			50
Zon.3			80
Zon.4			100
Zon.5			100
CoL.1	Indicator zone color	GRN/KHIBIDUDU/YEL	GRN
CoL.2			YEL
CoL.3			KHIBIDUDU
CoL.4			KHIBIDUDU
CoL.D	Basic indication color outside color libaka	GRN/KHIBIDUDU/YEL	GRN
Br.R	Brightness of red*	0…100	100
Br.G	Brightness of green*	0…100	100
Br.Y	Brightness of yellow*	0…100	100
BL.YR	Balance of red/green in yellow*	0…100	100
HLOKOMELA * The parameter doesn’t change by resetting to factory settings.

Litlhophiso tsa alamo

Pontsho ya mmala
You can set the indicator color modes depending on the input value using Zon.n and COL.n parameters. Zon. n parameters must be recorded sequentially from the lowest to the highest.

Zon.1 = 50.0; Zon.2 = 80.0; Zon.3 = 100.0; CoL.1 = YELL; CoL.2 = rEd; CoL.d=Grn
Fig. 9 Changing of indication color

Alarm logic
The output device can be used for control or alarm indication.
You can select the alarm logic with the Cnt parameter (see Table 6) in accordance with Fig. 10.

Menu ya tshebeletso

Table 7 Service menu

Pontsho	Tlhaloso
DEV.t	Mofuta oa sesebelisoa
VEr.F	Mofuta oa Firmware
CJS.E	Cold junction sensor on/ off
d.rSt	Khutlisetsa litlhophisong tsa fektheri: Current state: 0. Ha e setetsoe 1, all device settings are reset to default values and the  device restarts

Configuration using akYtec Tool Pro
You can configure the device using akYtec Tool Pro software.
To connect the device to akYtec Tool Pro:

1. Connect the device to a PC with the USB — micro USB cable.
2. Start akYtec Tool Pro.
3. Tobetsa Eketsa lisebelisoa.
4. Select the COM port assigned to the device in the Interface drop-down menu of the  Network parameters tab. You can check the port number and name in Windows Device Manager.
5. Select Modbus RTU in the Protocol drop-down menu.
6. Select the necessary device in the Measuring devices category of the Devices drop- down menu.
7. If the device is connected for the first time, select Manually in the Connection setup tab and set the following values:
8. Select Find device.
9. Enter the address of the connected device (default address — 16).
   HLOKOMELA
   The device is available under addresses from 1 up to 255.
10. Click Search. The device with the address will be displayed in the window.
11. Select the checkbox next to the device and click the ОК button.

To get more information about the connection and operation of the device, use the HELP menu of akYtec Tool Pro or press F1 to call up HELP in the program.

Tlhokomelo

The safety requirements must be observed when the maintenance is carried out.

TLHOKOMELO
Cut off all power before maintenance.

The maintenance includes:

• cleaning of the housing and terminal blocks from dust, dirt and debris
• checking the device fastening
• checking the wiring (connecting wires, terminal connections, absence of mechanical damages).

TSEBISO
The device should be cleaned with a dry or slightly damp cloth only. No abrasives or solvent-containing cleaners may be used.

Lipalangoang le polokelo

Pack the device in such a way as to protect it reliably against impact for storage and  transportation. The original packaging provides optimum protection.  If the device is not taken immediately after delivery into operation, it must be carefully  stored at a protected location. The device should not be stored in an atmosphere with  chemically active substances.
The environmental conditions must be taken into account during transportation and storage.

TSEBISO
The device may have been damaged during transportation.
Check the device for transport damage and completeness!
Report the transport damage immediately to the shipper and akYtec GmbH!

Sebaka sa ho fana

• ITP17 universal process indicator 1 pc.
• User guide 1 pc.
• Set of mounting elements 1 pc.

HLOKOMELA
The manufacturer reserves the right to make additions to the scope of delivery.

Mohala: +46 (0)8 771 02 20
info@hemomatik.se

Litokomane / Lisebelisoa

HEMOMATIK ITP17 Universal Process Indicator [pdf] Bukana ea Mosebelisi ITP17, HM 2503, ITP17 Universal Process Indicator, ITP17, Universal Process Indicator, Process Indicator, Indicator

Litšupiso

• Bukana ea Mosebelisi