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CMS-10R-DAC/DC12-48V-Z1-KIT2

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Device kit for Zone 1: Worlwide
1x CMS-10R-DAC/DC12-48V-Z1
1x HDR-30-24 power supply
1x CMS-ANT-MAG1/INT-2.5M antenna
CMS-10R-DAC/DC12-48V messaging system
Remote control of outputs and status queries of inputs and outputs via SMS, pager, voice call, push/email notification, remote configuration via web browser (IoT portal), application available for Android/iOS devices, supported communication standards GSM (2G) / UMTS (3G) / LTE (4G), integrated eSIM, operating voltage: 10 ... 48 V DC, Inputs: 6 x digital, Outputs: 4 x changeover contact (10 A / 250 V AC), 50 mm antenna, Power consumption 6 W, Operating temperature range -25 ... 55 °C, IP40, 5 TE DIN, grey plastic housing

Current type DC
Nominal voltage 12 V-48 V

Antenna connector type SMA female
Antenna impedance 50 Ω
Antenna jack torque (max) 1
Antenna return loss > 10 dB
Communication Standards E-GSM (2G), E-UTRA (3G), LTE (4G)
eSIM Embedded
Frequency bands Z1 E-GSM: B2, B3, B5, B8 | E-UTRA: B1, B2, B4, B5, B6, B8, B19 |
LTE-FDD: B1, B2, B3, B4, B5, B7, B8, B12, B13, B18, B19, B20,
B25, B26, B28 | LTE-TDD: B38, B39, B40, B41
Frequency bands Z2 E-GSM: B3, B8 | E-UTRA: B1, B8 | LTE-FDD: B1, B3, B7, B8,
B20, B28A
Network coverage Weltweit

Classification Manual Control (IEC 60730-1)
Operation Type 1 (IEC 60730-1)
Software class Class A (IEC 60730-1)

Housing material PA
Ingress Protection IP 40
Mounting DIN Rail (IEC 60715) and Panel mount
Operation Altitude Max. 2 000 m / 6 562 ft over sea level (without derating)
Operation Position any
Operation temperature -25 … 70 °C / -13 ... 158 °F
Relative huminity, no condensation 10 … 95 %
Storage temperature (no ice) -40 … 85 °C / -40 ... 185 °F
Weight 260 g

Current input impedance 150 Ω
Logic level '0' digital inputs < 4.0 V DC
Logic level '1' digital inputs > 6.0 V DC
Maximal voltage digital inputs 48 V DC
Measurement category 2
Nominal range analogue voltage inputs 4 ... 20 mA, Compliant with IEC 60381-1
Number of analogue current inputs 2
Number of analogue voltage / digital inputs 4
Resolution of analogue inputs 12
Sampling rate per channel 10
Voltage input impedance 196 kΩ

Insulation rating between all ports 2 kV / 1 min
Insulation type Reinforced
Overvoltage category II
Pollution degree 2
Rated impulse voltage 2.5 kV / 1min
Shock/vibration proof IEC 61373

Contact material AgNi
Electrical endurance at rated load AC-1 (cycles) > 30 000
Maximum switching voltage 400 V AC
Number of relay outputs 4
Rated current AC-1 10 A
Rated load AC-1 3
Rated voltage 250 V AC
Recommended minimum load 10 mA / 12 V
Type of terminal CO

Additional power consumption per output 0.45 W
Maximum power consumption 6 W
Nominal operating voltage 10 ... 48 V DC
Nominal voltage 10 ... 48 VDC
Operating voltage range 8.4 ... 60 V DC
Typical power consumption (without any output set) < 1 W

Approvals CE,UKCA
Standards IEC/EN/BSI/UL/CSA 60730,CISPR 32 / EN 55032,IEC 61000-6-2/-3,ETSI EN 301511,ETSI EN 301908-1/-2/-13,IEC 60381-1/-2,IEC/EN/BSI/AS/NZS/SANS 62368

Conductor cross section control / main circuit 4 mm2 / AWG12 (Wire), 2.5 mm2 / AWG14 (Stranded), 1.00 mm2 / AWG17 (Ferrule). Use copper conductors only.
Contact type control / main circuit Screw connection
Dual sleeve control / main circuit 1
Max. wire count control / main circuit 2
Nominal screw torque control / main circuit 0.5 Nm / 4.425 lbf in
Screwdrive control / main circuit PZ2
Stripping Length control / main circuit 8 mm / 0.31"
Helpful documents on the "CMS-10R-DAC/DC12-48V-Z1-KIT2"
Safety instructions
User manual
Documents "CMS-10R-DAC/DC12-48V-Z1-KIT2"
CMS-10R: Product brochure
CMS-10F - CMS-10R comparison brochure















Tools "CMS-10R-DAC/DC12-48V-Z1-KIT2"
Apple Store
Google Play Store
IoT-Portal
Documents "CMS-10R-DAC/DC12-48V-Z1-KIT2"
Service profiles switzerland
Service profiles worldwide

Current type DC
Nominal voltage 12 V-48 V

Antenna connector type SMA female
Antenna impedance 50 Ω
Antenna jack torque (max) 1
Antenna return loss > 10 dB
Communication Standards E-GSM (2G), E-UTRA (3G), LTE (4G)
eSIM Embedded
Frequency bands Z1 E-GSM: B2, B3, B5, B8 | E-UTRA: B1, B2, B4, B5, B6, B8, B19 |
LTE-FDD: B1, B2, B3, B4, B5, B7, B8, B12, B13, B18, B19, B20,
B25, B26, B28 | LTE-TDD: B38, B39, B40, B41
Frequency bands Z2 E-GSM: B3, B8 | E-UTRA: B1, B8 | LTE-FDD: B1, B3, B7, B8,
B20, B28A
Network coverage Weltweit

Classification Manual Control (IEC 60730-1)
Operation Type 1 (IEC 60730-1)
Software class Class A (IEC 60730-1)

Housing material PA
Ingress Protection IP 40
Mounting DIN Rail (IEC 60715) and Panel mount
Operation Altitude Max. 2 000 m / 6 562 ft over sea level (without derating)
Operation Position any
Operation temperature -25 … 70 °C / -13 ... 158 °F
Relative huminity, no condensation 10 … 95 %
Storage temperature (no ice) -40 … 85 °C / -40 ... 185 °F
Weight 260 g

Current input impedance 150 Ω
Logic level '0' digital inputs < 4.0 V DC
Logic level '1' digital inputs > 6.0 V DC
Maximal voltage digital inputs 48 V DC
Measurement category 2
Nominal range analogue voltage inputs 4 ... 20 mA, Compliant with IEC 60381-1
Number of analogue current inputs 2
Number of analogue voltage / digital inputs 4
Resolution of analogue inputs 12
Sampling rate per channel 10
Voltage input impedance 196 kΩ

Insulation rating between all ports 2 kV / 1 min
Insulation type Reinforced
Overvoltage category II
Pollution degree 2
Rated impulse voltage 2.5 kV / 1min
Shock/vibration proof IEC 61373

Contact material AgNi
Electrical endurance at rated load AC-1 (cycles) > 30 000
Maximum switching voltage 400 V AC
Number of relay outputs 4
Rated current AC-1 10 A
Rated load AC-1 3
Rated voltage 250 V AC
Recommended minimum load 10 mA / 12 V
Type of terminal CO

Additional power consumption per output 0.45 W
Maximum power consumption 6 W
Nominal operating voltage 10 ... 48 V DC
Nominal voltage 10 ... 48 VDC
Operating voltage range 8.4 ... 60 V DC
Typical power consumption (without any output set) < 1 W

Approvals CE,UKCA
Standards IEC/EN/BSI/UL/CSA 60730,CISPR 32 / EN 55032,IEC 61000-6-2/-3,ETSI EN 301511,ETSI EN 301908-1/-2/-13,IEC 60381-1/-2,IEC/EN/BSI/AS/NZS/SANS 62368

Conductor cross section control / main circuit 4 mm2 / AWG12 (Wire), 2.5 mm2 / AWG14 (Stranded), 1.00 mm2 / AWG17 (Ferrule). Use copper conductors only.
Contact type control / main circuit Screw connection
Dual sleeve control / main circuit 1
Max. wire count control / main circuit 2
Nominal screw torque control / main circuit 0.5 Nm / 4.425 lbf in
Screwdrive control / main circuit PZ2
Stripping Length control / main circuit 8 mm / 0.31"
Approvals
Helpful documents on the "CMS-10R-DAC/DC12-48V-Z1-KIT2"
Safety instructions
User manual
Documents "CMS-10R-DAC/DC12-48V-Z1-KIT2"
CMS-10R: Product brochure
CMS-10F - CMS-10R comparison brochure















Tools "CMS-10R-DAC/DC12-48V-Z1-KIT2"
Apple Store
Google Play Store
IoT-Portal
Documents "CMS-10R-DAC/DC12-48V-Z1-KIT2"
Service profiles switzerland
Service profiles worldwide
CMS-10R device

The CMS‑10R features several status indicators showing the current operating state of the device. The indicators are labeled on the device and provide information about inputs I1 to I6, outputs 1 to 4, the mobile network connection (2G, 3G, 4G), as well as the device status (RUN) and the operating or firmware status (STAT).

Status indicators inputs I1 to I6

Each of the 6 inputs has its own status indicator. The inputs are labeled I1 to I6 on the device.

Digital inputs

I1–I6 not lit
Status: input value corresponds to logic level 0 (low)

I1–I6 lit
Status: input value corresponds to logic level 1 (high)

All relevant documents for the CMS‑10R are available directly on the product page of the respective device.

In the product view, you can access the following documents, among others:

  • Datasheet
  • User manual
  • CAD data
  • Service profiles

The inputs and outputs of the CMS‑10R are designed differently.

The inputs are not potential‑free.
They must be operated with the same potential used to supply the device itself. A separate or isolated power supply for the inputs is therefore not supported.

The outputs are potential‑free.
They are implemented as changeover contacts that can be used independently of the device supply voltage. This allows external loads or control signals to be connected flexibly.

Overview

 

– Where can I see who owns the device?
➔ In the IoT-Portal in the Overview under Manager/Owner.

 

– Where can I see who is the installer of the device?
➔ In the IoT Portal in the Overview under Manager/Installer.

 

– Where can I find the serial number of the device?
➔ In the IoT Portal in the Overview under Device/Serial number or on the label on the front of the device.

 

– Where can I see how many SMS the device has available?
➔ In the IoT-Portal in the Overview under Device/SMS available for this month.

 

– Where can I see how many events the device has available?
➔ In the IoT Portal in the Overview under Device/Number of monthly events.

 

– Where can I see the current firmware status of the device?
➔ In the IoT Portal in the Overview under Device/Firmware.

 

– Where can I see the current status of the IoT Portal?
➔ The current status of the IoT-Portal can be seen in the Devices overview, bottom left, at the version.

 

– Where can I see the phone number of the device?
➔ In the IoT Portal in the Overview under Connection/Phone number.

 

– Where can I check whether the device is connected or not?
➔ In the IoT Portal in the Overview under Connection/Connection status.

 

– Where do I see the provider?
➔ In the IoT Portal in the Overview under Connection/Mobile network.

 

– Where can I see the status of the inputs and outputs?
➔ In the IoT-Portal in the Overview you can see the status of the inputs and outputs. The time stamp (date, time) shows the last update. The query can be updated with the Refresh button or on the F5 keyboard.


Manage

 

– Where can I manage the device?
➔ In the IoT Portal under Manage/Settings (cogwheel symbol) Manage your device You can Unpair the device, Import configuration (e.g. when changing devices) and Export configuration (e.g. for a backup) or Delete it.

 

– Where can I edit the device name?
➔ In the IoT-Portal under Manage/Edit/Rename adapt the device name.

 

– How can the owner of the device be changed?
➔ In the IoT Portal under Manage, select the Change owner button. See instructions.

 

– How can the installer be removed?
➔ In the IoT Portal under Manage, select the Remove installer button. See instructions.

 

– Where can I set the time zone?
➔ The current time zone can be set in the IoT Portal under Manage/Device time zone or by activating the UTC time zone switch.

 

Examples:
The device is located in Zurich: winter time = UTC+01:00, summer time = UTC+02:00
The device is located in New York: winter time = UTC-05:00, summer time = UTC-04:00
The device is located in Hong Kong: winter time = UTC+08:00, summer time = identical

 

– How do I set the notification of events?
➔ In the IoT-Portal under Manage, you can use the respective switch to set the events such as Startup, Connected, Shutdown, Disconnected, Reset button, Period event count reached, Periodic status report (Hourly, Daily, Weekly and Monthly) and Test button activated, as well as to provide an individual Message (max. 30 characters). Under Notifications Users / Machines and their notification (Push, SMS, e-mail) can be selected. The number of message recipients depends on the service profile.

 

– How does the SMS outbound control work?
➔ In the IoT Portal under Manage you can activate the Help message to allow the message recipient to request SMS output control messages.

 

Users / Machines

 

– How can a user be added?
➔ In the IoT-Portal under Users / Machines, select the button Add a user. Select the rights (Status access, Control access, Manage access) and send the invitation by SMS or e-mail. See instructions.

 

– How can a machine (telephone or alarm server, etc.) be added?
➔ In the IoT Portal under Users / Machines, select the button Add a machine. Enter and confirm Machine name and Phone number or E-mail address. You have the possibility to send a Test message (max. 30 characters in GSM-7 character set) to the machine. See the instructions. By default, the messages to such a machine are sent using the UCS2 character set. If only characters from the GSM7 character set are sent, the GSM7 character set is used.

 

– What is the phone number when the machine sends an SMS to the machine?
➔ The telephone number in Switzerland is +41 79 807 20 06 and abroad +1 917 746 07 51. we recommend that you save this number in the mobile telephone device under CoReM.

 

– How do I set up a pager function (telepage pager)?
➔ The pager function is set up under Users / Machines by adding a new machine. The number of the pager is entered in the telephone number field. To test the pager function you can send a test message. For each pager notification, 1 SMS is deducted from the SMS account. Under Notifications (Manage, Inputs and Outputs), the telepage pager can be added as a message recipient. The stored texts are sent to the pager as SMS.


Event log

 

– Which events are logged?
➔ Historical data on events, notifications and system operation are listed in tabular form with a time stamp.

 

– Can the event log be exported?
➔ You can download the event log in csv format with the Export event log button.

 

– How long is the log data retention period?
➔ The log data retention time depends on the selected service profile.


Inputs

 

– How many entrances are available to me?
➔ The CMS-10R-D has 6 digital inputs, the CMS-10R-DA has 6 analogue (0 – 10 V) or digital inputs and the CMS-10R-DAC has 4 (I1 – I4) analogue or digital and 2 (I5 and I6) 4 – 20 mA inputs. These can be configured in the IoT Portal under Inputs.

 

– How can I delay the input signal?
➔ In the IoT-Portal below the Input with the Trigger window you can delay the analogue and digital inputs from 0.5s to 86’400 seconds.


Outputs

 

– How many Outputs are available to me?
➔ There are 4 potential-free changeover contacts (250 AC, 10 A) available. These can be configured in the IoT Portal under Outputs.


Applications

 

– Can outputs be controlled automatically?
➔ Yes, e.g. by having an activated input send a corresponding message to the output as an SMS control.

 

– How can a voice message be generated from an e-mail by an external service provider (e.g. a monitoring device)?
➔ eCall or another provider is recommended to create an account and set up the corresponding service.


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Accessories

CMS-ANT-STUB/INT-50MM
CMS-ANT-STUB/INT-50MM
- Antenna for indoor use
- Length 50 mm
- IP65

CMS-ANT-BLADE/INT-150MM
CMS-ANT-BLADE/INT-150MM
- Device antenna blade 150 mm for indoor use
- Rotatable and tiltable
- without antenna cable

CMS-ANT-MAG1/INT-2.5M
CMS-ANT-MAG1/INT-2.5M
- Antenna with magnetic base
- 2.5m cable length (extendable)

CMS-ANT-MAG2/EXT-2.0M
CMS-ANT-MAG2/EXT-2.0M
Magnetic base antenna for outdoor use

CMS-ANT-BRACK/EXT-5M
CMS-ANT-BRACK/EXT-5M
External antenna for wall or mast mounting

CMS-ANT-SMA
CMS-ANT-SMA
Angled connector SMA, m/f, 90

CMS-ANT-KAB/2.5M
CMS-ANT-KAB/2.5M
Coaxial cable ComatReleco 2.5 m to CMS-10R

CMS-ANT-KAB/5M
CMS-ANT-KAB/5M
Coaxial cable ComatReleco 5 m to CMS-10R

CMS-ANT-KAB/10M
CMS-ANT-KAB/10M
Coaxial cable ComatReleco 10 m to CMS-10R

CMS-ANT-KAB/20M
CMS-ANT-KAB/20M
Coaxial cable ComatReleco 20 m to CMS-10R

HDR-15-24
HDR-15-24
15 W DIN rail power supply 24 V

HDR-30-24
HDR-30-24
30 W DIN rail power supply 24 V

RF01-U2-D
RF01-U2-D
Room temperature sensor with display

WF50 EXT-U4
WF50 EXT-U4
Outdoor temperature sensor

MV LKM 274
MV LKM 274
Digital transmitter for PT100/PT1000

PS1
PS1
Level probe

NI8-M12-OP6L
NI8-M12-OP6L

Inductive proximity switch

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