Automationdirect.com Stride SIO-MB04THMS User manual

3505 HUTCHINSON ROAD
CUMMING, GA 30040-5860, USA
®
Stride® Field i/O MOdules
POWER SUPPLY
Power Supply Voltage
To maintain a UL 508 panel listing use a
Class 2 power supply.
Reverse Polarity Protection 60VDC max
Current Consumption
ISOLATION
Power Supply / Ethernet 1500VAC, 50Hz, 1 min
Inputs / Power Supply 1500VAC, 50Hz, 1 min
Inputs / Ethernet 1500VAC, 50Hz, 1 min
Input / Input 1500VAC, 50Hz, 1 min
ENVIRONMENTAL CONDITIONS
Operating Temperature -10°C to +60°C [+14°F to +140°F]
UL Operating Temperature -10°C to +40°C [+14°F to +104°F]
Storage Temperature -40°C to +85°C [-40°F to +185°F]
Humidity (non-condensing) 0 to 90%
Maximum Altitude 2000m [6500ft]
Installation Indoor
Pollution Degree 2
CONNECTIONS
Ethernet RJ-45
Inputs / Power Supply Removable screw terminals
MECHANICAL SPECIFICATIONS
Material Self-extinguishing plastic
IP Code IP20
Wire diameter 0.8 to 2.1 mm2/ AWG 14–18
Tightening Torque 0.5 N·m [4.4 in·lb]
Mounting In compliance with DIN rail standard EN-50022
Weight
EMC (for industrial environments)
Immunity EN 61000-6-2
Emission EN 61000-6-4
UL
US Standard UL 61010-1
Canadian Standard CSA C22.2 No 61010-1
CCN NRAQ/NRAQ7
UL Type Designation Open Type device
Classification Industrial Control Equipment
File Number E157382
TECHNICAL SPECIFICATIONS (typical @ 25°C, nominal conditions)
FEATURES
• Interface Ethernet 10/100 Base-T, Modbus TCP Server
• 4 isolated input channels
• Each input congurable for mV or Tc
• Integrated web server to acquire the status of the analog inputs via browser
• Remotely congurable
• Connection by removable screw terminals
• LED signaling for Link/Act Ethernet, power supply
• Galvanic isolation
• UL listed / CE mark
• In compliance with EN-50022 DIN rail mounting
TeMperaTure inpuT MOdule: TherMOcOuple, 4-channel in (pn# siO-MB04ThMs)
GENERAL DESCRIPTION
The SIO-MB04THMS device is a Modbus TCP server that can convert up to 4 analog signals applied to the inputs into engineering units in digital format.
The inputs can be connected to thermocouples or sensors having mV output.
The input channels are electrically isolated from each other.
The device guarantees high accuracy and a stable measurement versus time and temperature. The device is equipped with a selectable Watchdog Timer
system. The Ethernet interface allows reading and writing the values of the internal registers of the device in real time.
Signal LEDs for Ethernet activity and power supply allow direct monitoring of the system.
The built-in Web Server allows remote visualization, acquisition of the analog inputs and access to the conguration parameters.
Connections are made by removable screw terminals (inputs and power supply) and RJ45 plug (Ethernet).
The SIO-MB04THMS is in compliance with Directive UL 61010-1 for the US market and with Directive CSA C22.2 No 61010-1 for the Canadian market.
The device has full electrical isolation between the lines, providing protection against the effects of ground loops existing in industrial applications.
It is housed in a tough self-extinguishing plastic enclosure which, thanks to its thin 22.5 mm prole, allows high-density mounting on EN-50022 standard DIN rail.
USER INSTRUCTIONS
Before installing the device, please read the “Installation Instructions” section.
To congure the device in INIT mode, refer to the User Guide. Connect power supply, Ethernet and analog inputs as shown in the “Wiring” section. The LED
states indicate the working condition of the device; see the “Front Panel LEDs” table to verify the device working state.
Instructions for conguration and calibration operations are contained in the User Guide.
To simplify handling or replacing of the device, it is possible to remove the wired terminals even with the device powered.
14–30VDC
150mA max (2)
About 160g [5.6 oz]
I/O SPECIFICATIONS
Input Accuracy (1) The greater of
±0.05% full scale
and ±5μV
Linearity (1) mV ±0.1% full scale
Tc ±0.2% full scale
Max. Cold Junction Compensation
Error (CJC) ±2°C
Input Impedance mV ≥1MΩ
Tc
Lead Wire Resistance
Influence(1)
mV < 0.8 μV/Ohm
Tc
Thermal Drift (1) Full Scale ±0.005%/°C
Thermal Drift (CJC) Full Scale ±0.02%/°C
Sampling Time 150ms (4 channels)
Warm-up Time 3 min.
(1) Referred to input Span (difference between maximum and minimum values).
NETWORK CONNECTIVITY
Standard In compliance with IEEE 802.3
Network Interface Ethernet 10/100Base-T
Protocol Modbus TCP
Max. Cable Length 100m [328ft]
Number of Sockets 16 simultaneous Modbus TCP connections
INPUTS
Input Type Min Max
Voltage
mV
-250mV +250mV
Thermocouple
J
K
R
S
B
E
T
N
-210°C
-210°C
-50°C
-50°C
+400°C
-210°C
-210°C
-210°C
+1200°C
+1372°C
+1767°C
+1767°C
+1825°C
+1000°C
+400°C
+1300°C
Please refer to the User Guide for more information, including the
compete Modbus address list. Access the user guide by visiting
https://www.automationdirect.com/pn/doc/manual/SIO-MB04THMS
or scan the QR code below.

INSTALLATION INSTRUCTIONS
The device shall be mounted on DIN rail in a vertical and upright orientation.
For optimum operation and long life follow these instructions:
When the devices are installed side by side it is necessary to separate them by
the following minimum distances:
• 10 mm if UL certication is required.
• 5 mm if UL certication is not required.
Make sure that sufcient air ow is provided for the device. Avoid placing
raceways or other objects where they could obstruct the ventilation slits.
Avoid mounting the devices above appliances generating heat; ideally locate
them in the lower part of the panel.
Install the device in a place without vibrations.
Avoid routing conductors near power signal cables (motors, induction ovens,
inverters, etc.). Use shielded cable for connecting signals; ground shield at one
end only.
DEFAULT CONFIGURATION
• IP Address: 192.168.1.100
• Modbus Address: 1
• Default user name: admin
• Default password: password
WEEE compliance -
These devices comply with the WEEE directive.
Dispose of properly.
AutomationDirect.com reserves the right to modify the characteristics of its products totally or in part without warning at any time. 1st Edition, 01/2020
MECHANICAL DIMENSIONS
MM [IN]
MODBUS REGISTERS
Register Description Access
40002 Firmware [0] RO
40003 Firmware [1] RO
40004 -Reserved- RO
40005 -Reserved- RO
40007 Node ID R/W
40011 System Flags R/W
40013 Watchdog timer R/W
40031 Input Type, Channel 0 R/W
40032 Input Type, Channel 1 R/W
40033 Input Type, Channel 2 R/W
40034 Input Type, Channel 3 R/W
40041 Analog Input (0) - Ch0 RO
40042 Analog Input (1) - Ch1 RO
40043 Analog Input (2) - Ch2 RO
40044 Analog Input (3) - Ch3 RO
40050 Break Status RO
41241 Offset Channel 0 R/W
41242 Offset Channel 1 R/W
41243 Offset Channel 2 R/W
41244 Offset Channel 3 R/W
FRONT PANEL LEDS
LED COLOR STATE DESCRIPTION
PWR GREEN
ON Device powered
OFF Device not powered
BLINK Watchdog alarm
STS YELLOW OFF Device in RUN mode
BLINK Device in INIT mode
+
-
-VS
+VS
14–30 VDC
P
O
POWER SUPPLY (1)
-VS
INIT
P
Q
INIT FUNCTION (2)
NOTE: (1) To maintain the UL listing use a Class 2 or SELV and
limited energy power supply.
See User Guide for instructions on using the INIT feature.(2)
ON: Short INIT
to -VS
CH 0
CH 1
CH 2
CH 3
ETH.
POWER
SUPPLY
ISOLATED ELECTRICAL SUBSYSTEMS
Each block represents a subsystem which is isolated
from each other subsystem.
INPUT 0
-
+1
2
mV
Input V
COM0
Input
VOLTAGE
INPUT 1
-
+5
6
mV
Input V
COM1
Input
INPUT 2
-
+9
10
mV
Input V
COM2
Input
INPUT 3
-
+13
14
mV
Input V
COM3
Input
ANALOG INPUTS
NOTES:
“COM0”, “COM1”, “COM2” and “COM3” are each isolated commons.
INPUT 0
1
2
Input V
COM0
Input
THERMOCOUPLE
INPUT 1
5
6
Input V
COM1
Input
INPUT 2
9
10
Input V
COM2
Input
INPUT 3
13
14
Input V
COM3
Input
+
Tc
-
+
Tc
-
+
Tc
-
+
Tc
-
120.0
4.72
50.7
2.00
49.3
1.94
100.0
3.94
3-WIRE
CONNECTOR
16-WIRE
CONNECTOR
22.5
0.89
RESET BUTTON
STATUS
YELLOW LED
POWER
GREEN LED
PINOUT
Pin Description Channel
1V0+
IN 0
2COM0
3N.C.
4N.C.
5V1+
IN 1
6COM1
7N.C.
8N.C.
9V2+
IN 2
10 COM2
11 N.C.
12 N.C.
13 V3+
IN 3
14 COM3
15 N.C.
16 N.C.