Schäfer iQdata RMS 222 User manual

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User Manual
Rack Monitoring Systems
RMS 222
RMS 442
RMS 842+

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User Manual
Table of contents
1
1. Introduction ................................................................................................................................................5
1.1. Product description.............................................................................................................................6
1.2. Product overview monitoring ..............................................................................................................6
1.3. Quick Start Guide ...............................................................................................................................9
1.4. Sensors, CAN extensions and accessories .....................................................................................10
2. Technical data..........................................................................................................................................13
3. Installation................................................................................................................................................14
3.1. Rack mounting..................................................................................................................................15
3.2. Connection of power supply and network ........................................................................................15
3.3. Analogue sensor connection ............................................................................................................16
3.3.1. Pin assignment .........................................................................................................................17
Analogue sensors in general.................................................................................................................17
3.3.2. AC monitor probe................................................................................................................. 17
3.3.3. IR probe................................................................................................................................17
3.4.2. Cascading of analogue sensors................................................................................................18
4. Sensors....................................................................................................................................................18
4.1. GSM Modem.........................................................................................................................................18
4.1.1. Installation......................................................................................................................................19
4.2. Vibration probe......................................................................................................................................21
4.2.1 Installation.......................................................................................................................................22
4.3. Smoke probe.........................................................................................................................................23
4.3.1. Safety instructions..........................................................................................................................23
4.3.2. Location requirements ...................................................................................................................23
4.3.3. Electromagnetic interference .........................................................................................................23
4.3.4. Installation......................................................................................................................................24
4.3.5. Connection diagram.......................................................................................................................25
4.3.6. Connect smoke sensor ..................................................................................................................25
4.3.7. Testing the smoke sensors............................................................................................................26
4.4. Point leak probe....................................................................................................................................26
4.4.1. Installation......................................................................................................................................27
4.5 Leak cable probe....................................................................................................................................29
4.5.1. Installation......................................................................................................................................30
5. CAN sensors and extensions...................................................................................................................30
5.1. CAN connection ....................................................................................................................................31

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User Manual
5.1.1. Cable and line length .....................................................................................................................31
5.1.2 Pin assignment................................................................................................................................32
5.1.3. TR termination switch ....................................................................................................................32
5.1.4. Add CAN modules..........................................................................................................................32
5.1.5. LED indicator light..........................................................................................................................33
5.2. Extension unit........................................................................................................................................33
5.2.1. Installation......................................................................................................................................34
5.2.2. Configuration..................................................................................................................................38
5.2.3. Connection example ......................................................................................................................38
5.3. 64DI unit................................................................................................................................................38
5.4. smoke - hum. - temp. probe .............................................................................................................39
5.4.1. Safety instructions..........................................................................................................................40
5.4.2. Location requirements ...................................................................................................................40
5.4.3. Electromagnetic interference .........................................................................................................40
5.4.4. Installation......................................................................................................................................41
5.4.5. Connection diagram.......................................................................................................................42
5.4.6. Connect smoke sensor ..................................................................................................................42
Jumpers must be set as follows:..............................................................................................................42
5.4.7. Testing the smoke sensors............................................................................................................43
5.5. pir –vibr. –temp. probe........................................................................................................................43
5.5.1. Sensor connection: ........................................................................................................................45
Jumpers must be set as follows:..............................................................................................................45
5.6. humi. & temp. probe..............................................................................................................................46
6. Relay contacts..........................................................................................................................................47
6.1. Installation.............................................................................................................................................48
7. Dry output.................................................................................................................................................48
7.1. Installation.............................................................................................................................................49
8. Potential-free contacts .............................................................................................................................49
8.1. Installation.............................................................................................................................................50
9. AC / DC-Measurement.............................................................................................................................50
9.1. Connection diagram..........................................................................................................................51
10. Initial configuration (web interface)..........................................................................................................51
10.1. Connecting the device......................................................................................................................52
10.1.1. Standard network settings ........................................................................................................52
10.2. Interface overview.............................................................................................................................53
10.3. User access and permissions...........................................................................................................55
10.3.1. Administrator account, username and password......................................................................55

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10.3.2. User access ..............................................................................................................................56
10.3.3. Restore settings........................................................................................................................57
10.3.4. Password recovery ...................................................................................................................57
10.4. Save, cache and import settings ......................................................................................................58
10.4.1. Save the current monitoring settings ........................................................................................58
10.4.2. Save the current monitoring settings ........................................................................................58
10.4.3. Import saved settings................................................................................................................58
11. Function configuration (web interface).....................................................................................................59
11.1. Set up the web interface...................................................................................................................59
11.2. Network settings...............................................................................................................................60
11.2.1. Determination of the IP address ...............................................................................................61
11.3. System time......................................................................................................................................61
11.3.1. Time synchronisation................................................................................................................62
11.4. Create a floor plan............................................................................................................................62
11.5. Sensor configuration.........................................................................................................................63
11.6. Create groups of elements ...............................................................................................................65
11.7. Create notifications...........................................................................................................................67
11.7.1. Email notification.......................................................................................................................68
11.7.2. Notification of SNMP trap..........................................................................................................70
11.7.3. SMS notification........................................................................................................................71
11.8. Create pings .....................................................................................................................................78
11.9. Create timers....................................................................................................................................79
11.10. Create triggers..................................................................................................................................80
11.11. Create Get SNMP elements.............................................................................................................81
11.12. Add an IP-camera.............................................................................................................................83
11.12.1. IP camera settings ....................................................................................................................83
11.12.2. Add an IP camera to the web interface.....................................................................................84
11.13. Add logic diagrams...........................................................................................................................85
11.14. Set up the GSM / USB modem.........................................................................................................86

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User Manual
CAUTION
These operating instructions must be read carefully in advance and followed when installing and
operating the devices.
Retain these operating instructions for the entire usable life of the device.
These instructions correspond to the state of technology at the time of introduction of the product
into the market. They are not to be considered as unsuitable only due to the reason that they were
not updated following new knowledge regarding design- and manufacturing methods.
SCHÄFER IT-Systems reserves the right to update the product and related documentation
without being obligated to similarly amend earlier products and documentation, unless under
extraordinary circumstances. Please contact SCHÄFER IT-Systems in order to request or procure
the current versions or the related changes, which can be considered part of these operating
instructions.
SCHÄFER IT-Systems confirms the conformity of the wall cooling unit RMS to the EC-EMC
directive 2004/108/EC. A corresponding declaration of conformity was issued and enclosed with
the device.
It is absolutely necessary to follow the measures listed in the chapter with safety
instructions.
1. Introduction
This section contains the following topics:
Product description
Product overview monitoring
Quick Start Guide
Product overview sensors, CAN extensions and accessories

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User Manual
1.1. Product description
The iQdata monitoring units RMS 222, RMS 442 and RMS 842+ are the main modules for environmental
monitoring. The RMS 842+ is used to monitor and log larger infrastructures in different buildings, while the RMS
222 and RMS 442 are used for small systems.
The main monitoring systems cannot be interconnected. In order to increase the number of sensors and devices,
extension units such as the extension unit, 64DI unit and CAN sensors can be used instead. Each monitoring unit
has an integrated software interface and can be connected via an IP address.
1.2. Product overview monitoring
Connections RMS 222
1. “A1..A2”
2x RJ12 analogue & digital sensor inputs with auto-sensing
2. “LAN 10/100”
Ethernet 10/100 Base-T-Port
3. “USB”
to connect a USB camera or reset the device
4. “LEDs: “ACT”
indicates the device status, E1, E2 signal 12V relay status
5. “RESTART”
restarts the device
6.
external earthing M4 internal thread
7. “DIP-SWITCH”
“Normal” ↑ Off = normal status / “Recovery” ↓ On = factory setting
8. “OUTPUT 12V 0.25A”
2x 12VDC max 0.25A Alarm outputs
9. “DRY CONTACTS 1...2”
potential-free inputs
10. “DC 12V POWER”
Power supply DC 12V 2A via power supply unit
11. “1-WIRE STATUS”
to activate the 1-WIRE bus internal switch to "ON".
LED lights green
1-WIRE module is switched on
12. “1-WIRE”
serial communication protocol, for communication via data line plus
ground reference between Master (RMS 222) and 1-Wire Slave device
13. “THERMOSENSOR”
Internal temperature sensor ± 1.0°C

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Connections RMS 442
1. “CAN”
Digital contact RJ12 for connection of CAN sensors and CAN extensions
on a CAN bus with auto-sensing
2. “LAN 10/100”
Ethernet 10/100 Base-T-Port
3. “USB”
to connect a USB camera or reset the device
4. “GSM STATUS”
displays the GSM SIM card status. Flashing = Status ok (OPTIONAL)
5. “GSM ANTENNA”
Contact for GSM antenna in case of integrated GSM modem (OPTIONAL)
6. “LEDs: “ACT”
indicates the device status, E1, E2 signal 12V relay status
7. “RESTART”
restarts the device
8. LED: “CAN”
displays CAN bus status
“CAN” flashes slowly
No connection
“CAN” flashes fast
Configuration in progress
“CAN” lights up
permanently
connected to CAN device
9. “A1..A4”
8x RJ12 analogue & digital sensor inputs with auto-sensing
10.
external earthing M4 internal thread
11. “1-WIRE STATUS”
to activate the 1-WIRE bus internal switch to "ON".
LED lights green
1-WIRE module is switched on
12. “1-WIRE”
serial communication protocol, for communication via data line plus
ground reference between Master (RMS 442+) and 1-Wire Slave device
13. “DC 12V POWER”
Power supply DC 12V 2A via power supply unit
14. “DIP-SWITCH”
“Normal” ↑ Off = normal status / “Recovery” ↓ On = factory setting
15. “THERMOSENSOR”
Internal temperature sensor ± 1.0°C
16. “SIM”
SIM card slot with ejector for GSM modem (OPTIONAL)
17. “DRY CONTACTS 1...4”
potential-free inputs
18. “OUTPUT 12V 0.25A”
2x 12VDC max 0.25A Alarm outputs

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User Manual
Connections RMS 842+
1. “CAN”
Digital contact RJ12 for connection of CAN sensors and CAN extensions
on a CAN bus with auto-sensing
2. “SD”
SD, MicroSD card slot with ejector, for data storage
3. “GSM ANTENNA”
Contact for GSM antenna in case of integrated GSM modem (OPTIONAL)
4. “GSM STATUS”
displays the GSM SIM card status. Flashing = Status ok (OPTIONAL)
5. “1-WIRE”
serial communication protocol, for communication via data line plus
ground reference between Master (RMS 842+) and 1-Wire Slave device
6. “1-WIRE STATUS”
to activate the 1-WIRE bus internal switch to "ON".
LED lights green
1-WIRE module is switched on
7. “LEDs: “ACT”
indicates the device status, E1, E2 signal 12V relay status
8. “LAN 10/100”
Ethernet 10/100 Base-T-Port
9. “USB”
to connect a USB camera or reset the device
10. “RESTART”
restarts the device
11. LED: “CAN”
displays CAN bus status
“CAN” flashes slowly
No connection
“CAN” flashes fast
Configuration in progress
“CAN” lights up
permanently
connected to CAN device
12. “A1..A8”
8x RJ12 analogue & digital sensor inputs with auto-sensing
13. “LEDs: RELAYS 1, 2”
indicates relay status
14. “DC 12V”
Additional voltage output
15. “RELAYS 1, 2”
Relay outputs
16. “DRY CONTACTS 5...12”
potential-free inputs
17. “DRY CONTACTS 1...4”
potential-free inputs
18. “POWER INPUT”
Power supply 100-240V 50/60Hz IEC C14
19. “FUSE”
2A 5x20mm fine wire fuse
20.
external earthing M4 internal thread
21. “DIP-SWITCH”
“Normal” ↑ Off = normal status / “Recovery” ↓ On = factory setting
22. “THERMOSENSOR”
Internal temperature sensor ± 1.0°C
23. “SIM”
SIM card slot with ejector for GSM modem (OPTIONAL)
24. “OUTPUTS 12V 0.25A”
2x 12VDC max 0.25A Alarm outputs

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User Manual
1.3. Quick Start Guide
The Quick Start Guide describes the initial installation of the iQdata monitoring units RMS 222, RMS 442 and RMS
842+. According to the configuration described in this manual, you can access the system via web browsers such
as Firefox, Chrome or Safari and use the possibilities of environment monitoring through additional settings.
Vielen Dank
Thank you
dass Sie sich für das Monitoring System „iQdata RMS“
von SCHÄFER IT-Systems entschieden haben.
Sollten Sie weitere Fragen haben, wenden Sie sich bitte
an SCHÄFER IT-Systems.
Bitte geben Sie unseren Mitarbeitern die folgenden
Informationen:
1. Genaue Informationen inklusive Informationen
über Ihre Systemumgebung
2. Produktname und Seriennummer des Gerätes
3. Installierte Firmwareversion des iQdata RMS
Verbindungsaufbau mit dem Gerät über IP Adresse
Alle SCHÄFER IT-Systems RMS Systeme verfügen
über ein integriertes Webinterface. Um eine Verbindung
aufzubauen benötigen Sie einen aktuellen Browser.
Geben Sie die IP Adresse des iQdata RMS in der
Adresszeile Ihres Browsers ein und bestätigen Sie mit
„Enter“.
Alle SCHÄFER IT-Systems RMS Systeme
der iQdata Reihe nutzen HTML5. Make sure
you have always installed the latest version
of the browser.
Bitte verwenden Sie ausschließlich
Chrome, Firefox oder Safari als Browser,
um die Geräte zu konfigurieren.
Um auf das RMS zugreifen zu können
muss Ihr PC im gleichen Netzwerk sich
befinden.
Um dies sicher zu stellen, setzen Sie bitte
auf Ihrem PC die Netzmaske auf
255.255.255.0 und die IP Adresse auf
192.168.0.xxx.
for choosing the monitoring System “iQdata RMS” from
SCHÄFER IT-Systems.
Should you have any further questions, please contact
SCHÄFER IT-Systems.
Please provide our employees with the following
information:
1. Detailed information including information about your
system environment
2. Product name and serial numbers of the device
3. Installed Firmware version of the iQdata RMS
Connection with the device via IP address
All SCHÄFER IT-Systems RMS systems have an
integrated web interface. To establish a connection you
need a current browser.
Enter the IP address of the iQdata RMS in the address line
of your browser and confirm with "Enter"
All SCHÄFER IT Systems RMS systems in
the iQdata series use HTML5. Make sure you
have always installed the latest version of the
browser.
Please use only Chrome, Firefox or Safari
as the browser to configure the devices.
To access the RMS, your PC must be on the
same network.
To ensure this, please set the net mask to
255.255.255.0 and the IP address to
192.168.0.xxx on your PC.
The iQdata web interface is based on HTML5. The SVG 1.1 vector format is used for symbols.
Make sure that you always use the latest available browser version.

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User Manual
1.4. Sensors, CAN extensions and accessories
The following sensors and extensions are available for the device.
Sensor
Description
Article number
iQdata RMS temp. probe
7808200
iQdata RMS humidity probe
7808210
iQdata RMS door probe
7808220
iQdata RMS leak probe
7808230
iQdata RMS leak cable probe
7808240
Delivery condition
DHCP:
Off
Host name:
Schäfer RMS
IP address
192.168.0.193
Netmask:
255.255.255.0
Broadcast:
192.168.0.1
Gateway:
192.168.0.255
Primary DNS:
192.168.0.1
User:
guest
Password:
guest

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iQdata RMS dry output
7808120
iQdata RMS vibration probe
7808260
iQdata RMS IR probe
7808270
iQdata RMS AC monitor probe
7808280
iQdata RMS 4-20mA probe
7808620
iQdata RMS 0-75VDC probe
7808630
iQdata RMS smoke probe
7808250

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CAN extension
Description
Article number
iQdata RMS smoke –hum. –temp. probe
7808400
iQdata RMS pir. –vibr. –temp. probe
7808410
iQdata RMS humi. & temp. probe
7808420
iQdata RMS extension unit
7808100
iQdata RMS 64DI unit
7808110

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Accessories
Description
Article number
iQdata RMS leak cable 50 (50m)
7808246
iQdata RMS leak cable 25 (25m)
7808247
iQdata RMS leak cable 10 (10m)
7808248
iQdata RMS alarm beacon
7808610
iQdata RMS GSM Modem
7808640
iQdata RMS LTE Modem
7808650
iQdata RMS mounting bracket
7808600
2. Technical data
Available Not available Extendable
Dimensions / weight / Installation
RMS842+
RMS 442
RMS 222
Dimensions: (D x W x H ) in mm
440x44x80
180x35x80
95x35x80
Weight:
1.5kg
0.7kg
0.4kg
Installation:
19”
Desktop
Desktop
Ambient conditions
RMS842+
RMS 442
RMS 222
Temperature range (operation): 0 –60°C



Temperature range (storage): -25 –85°C



Relative humidity (operating): 0-90%, non-condensing



Relative humidity (storage): 0-90%, non-condensing



I/O ports
RMS842+
RMS 442
RMS 222
Ethernet: 100Mbit



Mini USB AB: USB 2.0 HS




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Analogue port: 6P4C for connecting analogue sensors
8
4
2
CAN bus: 2x 6P6C for connecting CAN sensors



Relay outputs: Bi-stable relay 240V 10A
3


Alarm outputs: 12V
2
2
2
Power supply
RMS842+
RMS 442
RMS842+
Voltage: input
90-230V AC
12V DC
12V DC
Fuse Fine-wire fuse at connection
1A


Max. connected load
10W
10W
6W
Max. power consumption at relay or alarm contact
10A
250mA
250mA
Backup battery connection



Webserver / logs
RMS842+
RMS 442
RMS 222
Web server: Access via internet browser



LAN: Ethernet 10/100 Mbit



Network protocols: DHCP, HTTP, HTTPS, SNMP, SSL, FTP, Syslog



Operating system Linux
v.3.10
v.3.10
v.3.10
RaM:
64Mb
64Mb
64Mb
CPU:
300mHz
300mHz
300mHz
Notification: FTP, Syslog, SMTP, SNMP, SMS (optional)



Pings: Integrated ping function



LEDs: ACT, CN1, CN2, ERR
5
5
4
Clock: Integrated clock with time synchronization



Watchdog: Integrated watchdog timer



External storage
RMS842+
RMS 442
RMS 222
MiniSD card:



Expansions
RMS842+
RMS 442
RMS 222
Extension possibility
“CAN”
“CAN”
“CAN”
Internal Modem
3G/4G
GSM
USB:
3. Installation
The monitoring units can be mounted in the front or rear of a 19" rack and require an RU. The RMS 842+ is
equipped with mounting brackets for 19" as standard. The smaller RMS 442 and 222 units can optionally be
equipped with 19" mounting brackets such as the 7808600 iQdata RMS mounting bracket on page 12. Each RMS
can alternatively be used as a desktop device with the self-adhesive rubber feet supplied with each unit.
The following conditions must be observed before installation:
Do not connect the device until you have checked the earthing of the respective circuit.
Do not connect self-made sensors and devices with unknown functions to the device!
Install the device only in places where the specified ambient conditions are met. The device temperature
also depends on the mounting position. Please observe the values of the integrated temperature sensor.
Sufficient air circulation must be ensured for optimum functionality.

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User Manual
3.1. Rack mounting
Select a suitable installation location for the device in the rack. One height unit is required. Place it in the desired
position and tighten the screws on the spacer nuts.
3.2. Connection of power supply and network
1. The RMS 842+ is connected to the corresponding AC input using the supplied plug cable.
The RMS 442 and 222 are connected and supplied with voltage using the power supply unit included in
the scope of delivery.
2. The monitoring units have an Ethernet port through which you can connect to the network.
When installing the unit in a 19" rack, ensure that no uneven mechanical stress occurs to prevent damage
to the unit
Under no circumstances should the unit be used as a storage area.
To prevent damage please tighten all screws evenly!
Before commissioning, observe the specified properties for the power supply!
Do not connect the devices to unearthed sockets. Make sure that the connection has a protective contact.

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3.3. Analogue sensor connection
Connect analogue sensors to any analogue connection "A1 ..A8" or "sensor" using the supplied RJ-11 (6P4C)
cable. The sensor type and connection on the device are determined automatically. The sensor type and
connection on the device are determined automatically.
The following sensors are connected to the analogue port of the RMS:
Analogue sensor
Article number
Cascadable:
1
iQdata RMS temp. probe
7808200

2
iQdata RMS humidity probe
7808210

3
iQdata RMS door probe
7808220
4
iQdata RMS leak probe
7808230

6
iQdata RMS leak cable probe
7808240

7
iQdata RMS vibration probe
7808260
8
iQdata RMS IR probe
7808270

9
iQdata RMS AC monitor probe
7808280

10
iQdata RMS 4-20mA probe
7808620
11
iQdata RMS 0-75VDC probe
7808630
12
iQdata RMS smoke probe
7808250

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3.3.1. Pin assignment
Analogue sensors in general
3.3.2. AC monitor probe
3.3.3. IR probe

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3.4.2. Cascading of analogue sensors
Door probe, vibration probe and smoke probe are the only analogue sensors that enable a non-addressable chain
connection. All sensors in cascading are recorded by the system as one sensor. A chain can consist of up to 10
sensors. A chain can consist of up to 10 sensors.
An example of such a connection:
4. Sensors
4.1. GSM Modem
Article number
7808640
iQdata RMS GSM Modem
Dimensions / weight
Width (W):
60.00 mm
Depth (D):
50.00 mm
Height (H):
15.00 mm
Weight:
50 g
GSM modem unit with corresponding antenna for retrofitting in
iQdata RMS systems
This optional extension enables the alarm and integration of logical
connections via SMS notifications.

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User Manual
Inputs/ outputs
Output:
SMA GSM
Status indicator
LED:
Red=error / Green=ok
4.1.1. Installation
1)
System overview
2)
Carefully loosen three screws holding the cover and open it.
Depending on the monitoring system, components
such as 1-wire, antenna, GSM or potential-free
contacts or others can be installed inside. Carefully
open the box by unplugging all cables leading from
the top cover to the bottom cover if necessary.
To install extensions, switch the device off, disconnect it from the socket or at the voltage input.

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User Manual
3)
Connect the antenna cable to the modem PCB. Carefully
connect the U-FL antenna cable to the U-FL input and gently
push it onto the contact.
Unscrew the nut and washer from the antenna cable.
4
The motherboard should already be equipped with two metal
spacers. If this is not the case, please request this from the
manufacturer.
Place the GSM modem over the metal spacers and pin strips
on the motherboard. Push the GSM card carefully down so
that:
Pin strip on the motherboard (3-pin) is plugged into the socket
strip on the GSM PCB (3-pin).
Pin strip on the motherboard (7-pin) is plugged into the socket
strip on the GSM PCB (7-pin).
Two holes on the GSM PCB are located directly above the
metal spacers and the GSM board touches the metal spacers.
Screw two M3 screws supplied with the modem through the
holes in the metal spacers as shown in the figure.
Insert the antenna wire into the hexagonal mounting hole on
the front or rear of the device (e.g. RMS 442 has only one
front hole SMA).
5)
The antenna wire should now protrude forwards or backwards
(e.g. RMS 442 has a front hole), as shown in the figure.
Place the washer on the end of the antenna wire thread.
Screw the nut onto the antenna wire thread manually until it
stops.
Tighten the nut with a spanner.
Screw the antenna at the end of the antenna wire thread.
Do not overtighten the nut on the thread!