HIMA H 7032 User manual

Industrial Automation
HIMatrix System
Manual
H 7032
Two-Wire Transmitter Supply
HIMA Paul Hildebrandt GmbH + Co KG
Industrial Automation
HI 800 415 BEA

Important Notes
All HIMA products mentioned in this manual are protected by the HIMA trademark. Unless noted otherwise,
this also applies to other manufacturers and their respective products referred to herein.
All of the instructions and technical specifications in this manual have been written with great care and
effective quality assurance measures have been implemented to ensure their validity. However, we cannot
fully preclude flaws or typesetting errors in this manual.
For this reason, HIMA offers no warranties and assumes no legal responsibilities or liabilities for the potential
consequences of any errors in this manual. HIMA appreciates any information concerning possible errors.
Equipment subject to change without notice.
For further information, refer to the CD-ROM and our website at: www.hima.com.
To request more information, please contact:
HIMA Paul Hildebrandt GmbH + Co KG
P.O. Box 1261
68777 Brühl, Germany
Tel.: [phone]
Fax: [phone]
E-mail: [email protected]

3 von 10
H 7032
Table of Contents
1HIMatrix Two-Wire Transmitter Supply H 7032 with
HART Filter.............................................................................4
1.1 Introduction .......................................................................................4
1.1.1 Terminal Description for H 7032 .................................................5
1.1.2 PIN Assignment for Two-Wire Transmitter Supply .....................6
1.2 Operation ..........................................................................................7
1.2.1 Monitoring of the transmitter supply voltage UTM ........................7
1.3 Specifications H 7032 .......................................................................8
1.4 Mounting the H7032 in Zone 2 .........................................................9

HI 800 415 BEA HIMatrix H 7032
4 of 10
1 HIMatrix Two-Wire Transmitter Supply H 7032
with HART Filter
HIMA Part no.: 99 4703202
1.1 Introduction
H 7032 is a series connection unit for the modular MI 24 01 module of the HIMatrix F60 and
supplies the connected two-wire transmitters with external supply voltage.
H 7032 has the following characteristics:
•It protects the MI 24 01 inputs.
•8 external transmitter supplies for two-wire transmitters S1...S8.
•Low pass filter for HART signals.
•It can be used with transmitter supply voltage monitoring.
•It can be used up to SIL 3.
•DIN rail mounting.
200 Ω
200 Ω
Figure 1: Block Diagram H 7032

HI 800 415 BEA HIMatrix H 7032
5 of 10
1.1.1 Terminal Description for H 7032
Designation Function Cross-section
L+, L- Power supply H 7032 2.5 mm²
S1...S8 Transmitter supply two-wire transmitter 1.5 mm²
INT1...INT8 Analog transmitter input 1.5 mm²
SM Monitoring of transmitter supply voltage (UTM),
connection on the MI 24 01 analog input
2.5 mm²
L- Ground
Connection on the MI 24 01 ground
2.5 mm²
IMI1...IMI8 Series connection unit analog output
Connection on the analog MI 24 01 input
1.5 mm²
IMIH1...IMIH8 Series connection unit analog output, filtered signal
Connection on the analog MI 24 01 input
1.5 mm²
I- Ground
Connection on the MI 24 01 ground
1.5 mm²
Table 1: Terminal Description for Two-Wire Transmitter Supply

HI 800 415 BEA HIMatrix H 7032
6 of 10
1.1.2 PIN Assignment for Two-Wire Transmitter Supply
PIN Signal PIN Signal
1 SM 29 L+
2 SM 30 L+
3 L- 31 L-
4 L- 32 L-
5 IMI1 33 S1
6 IMIH1 34 INT1
7 I- 35 not used
8 IMI2 36 S2
9 IMIH2 37 INT2
10 I- 38 not used
11 IMI3 39 S3
12 IMIH3 40 INT3
13 I- 41 not used
14 IMI4 42 S4
15 IMIH4 43 INT4
16 I- 44 not used
17 IMI5 45 S5
18 IMIH5 46 INT5
19 I- 47 not used
20 IMI6 48 S6
21 IMIH6 49 INT6
22 I- 50 not used
23 IMI7 51 S7
24 IMIH7 52 INT7
25 I- 53 not used
26 IMI8 54 S8
27 IMIH8 55 INT8
28 I- 56 not used
Table 2: PIN Assignment for Two-Wire Transmitter Supply

HI 800 415 BEA HIMatrix H 7032
7 of 10
1.2 Operation
To operate the H 7032, set the following parameters:
•In ELOP II Factory/SILworX, set transmitter supply of the module MI 24 01
MI[xx].Transmitter Used to "FALSE".
•Set the power supply (L+) of H 7032 to the following value:
L+ = UTmin + 16 V at 23 mA, UTmin = minimum transmitter supply voltage
•Use the IMIH terminal if the filtered input signal of the two-wire transmitter should
be used.
1.2.1 Monitoring of the transmitter supply voltage UTM
To monitor the transmitter supply voltage UTM, connect the analog input of the MI 24 01
module to the SM and L- terminals. The transmitter supply voltage UTM is monitored via the
current IMI24, see the following formulas:
IMI24 = UTM / 3200 Ω
UTM = UTmin + ITx 500 Ω+ ITx Rwire+ UFuse 32 mA + Tolerance
Example:
UTmin = 12 V, IT= 22 mA, Rwire= 40 Ω, UFuse 32 mA = 0.6 V, Tolerance = 0.9 V
IMI24 = (12 V + 11 V + 0.88 V + 0.6 V + 0.9 V) / 3200 Ω
IMI24 = 7.93 mA
The input current of MI 24 01 must not fall below 7.93 mA.
The module MI 24 01 checks the transmitter supply voltage UTM. If UTM is less than the
minimum transmitter operating voltage UTmin, the signals from the connected transmitter may
no longer be classified as safe.

HI 800 415 BEA HIMatrix H 7032
8 of 10
1.3 Specifications H 7032
Two-Wire Transmitter Supply
Supply voltage (L+)
regulated
20...30 VDC, PELV, SELV,
Class 2
Current consumption max. 280 mA
Transmitter supply (two-wire transmitter)
Transmitter supply UTVoltage between S and INT
Supply voltage USVoltage between S and L-
Current (transmitter supply) ITC max. 32 mA
Transmitter supply voltage monitoring. Observe the minimum transmitter supply voltage
UTmin of the connected transmitter!
Monitoring of the transmitter supply voltage (SM)
Monitored transmitter supply voltage
UTM
UTM = UTmin + ITx 500 Ω+ ITx Rwire+ UFuse 32 mA +
Tolerance
Fuse
G-fuse cartridge 32 mA Part no. 57 0174327
Filter
Time constant ττ= 6 ms
Filter impedance 300 Ω
Signal oscillation caused by HART
signal
±0,3 % at 20 mA; 1200...2200 Hz
Mounting H 7032
Mounting On DIN rail 35 mm
Mounting position Horizontally or vertically, no mounting distance
required
Special mounting conditions for
USA/Canada
Mount in Type 3 control cabinet or in
Type 3 assembly housing
General
Type of protection IP20
Weight approx. 220 g
Operating temperature 0...+60 °C
Storage temperature -40...+85 °C
Dimensions (H x W x D) approx. 112 x 125 x 40 mm
Table 3: Specifications

HI 800 415 BEA HIMatrix H 7032
9 of 10
1.4 Mounting the H7032 in Zone 2
(EC Directive 94/9/EC, ATEX)
If the special conditions X are observed, the H 7032 device may be installed in Zone 2.
The corresponding EC declaration of conformity is available on the HIMA website.
Special Conditions X
Mount the device in an enclousure (cabinet) that meets the EN / IEC 60079-15 requirements
and achieves a type of protection of at least IP54 (category 1) in accordance to
EN / IEC 60529.
This enclosure (control cabinet) must be labelled as follows:
WARNUNG – NICHT UNTER SPANNUNG ÖFFNEN
WARNING – DO NOT OPEN WHEN ENERGIZED
Note: If a potentially explosive atmosphere has been precluded, work can be also
performed when the device is under voltage.
The enclosure (control cabinet) in use must be able to safely dissipate the generated heat.
The H 7032 device has a power dissipation of 4 W.
Since the device is equipped with exchangeable fuses, an additional warning must be placed
on the front plate of the enclosure (control cabinet). The warning should have following text:
WARNUNG – SICHERUNGEN NICHT UNTER SPANNUNG
HERAUSNEHMEN ODER WECHSELN
WARNING – DO NOT REMOVE OR REPLACE FUSES
WHEN ENERGIZED
The EC Directives and the following standards must be observed when installing and
operating the device:
DIN EN 60079-15 (VDE 0170/0171 Part 16)
DIN EN 60079-0 (VDE0170-1)
DIN EN 60079-11 (VDE0170-7)
DIN EN 60079-14 (VDE 0165 Part 1)
The H 7032 device is labelled with the following special product marking:
µII 3 G Ex nA II T4 X 0°C ≤Ta ≤60°C
Special conditions X must be regarded!

HIMA
...the safe decision.
HIMA Paul Hildebrandt GmbH + Co KG
Industrial Automation
P.O. Box 1261 •68777 Brühl
Phone: [phone] •Fax: [phone]
(1043) E-mail: [email protected] •Internet: www.hima.com