M2XR2 RTD input, PC programmable

M2XR2 Super-mini Signal Conditioners Mini-M Series

RTD TRANSMITTER
(PC programmable)

Functions & Features
• Accepts direct input from an RTD and provides a standard process signal
• PC programmable
• User’s temperature table can be used
• Leadwire resistance compensation
Typical Applications
• Long distance transmission between the RTD and the transmitter
• Combination with intrinsic safety barriers

MODEL: M2XR2–[1][2]–[3][4]

ORDERING INFORMATION
• Code number: M2XR2-[1][2]-[3][4]
Specify a code from below for each [1] through [4].
  (e.g. M2XR2-4Z1-R/BL/CE/Q)
Input Code 4: Pt 100 (JIS ’97, IEC) setting will be used if the input code is not specified.
• Temperature range (e.g. 0 – 500°C)
• Output range (e.g. 4 – 20 mA DC)
• Specify the specification for option code /Q
  (e.g. /C01/S01)

[1] INPUT RTD (2- or 3-wire)
1: JPt 100 (JIS'89)
3: Pt 100 (JIS'89)
4: Pt 100 (JIS'97, IEC)
5: Pt 50 Ω (JIS'81)
6: Ni 508.4 Ω
7: Pt 1000
8: Ni 100
9: Cu 10 @25°C
0: Specify (Please provide a resistance table.)
Note: Consult M-System for 2-wire RTD
(Configurator software is used to change input type and temperature range.)

[2] OUTPUT
Current
Z1: Range 0 – 20 mA DC
Voltage
V1: Range -2.5 – +2.5 V DC
V2: Range -10 – +10 V DC
(Configurator software is used to change output over the described range of the selected suffix code. For changing out of this range, set the Output Range Selectors inside the unit before software adjustment.)

[3] POWER INPUT
AC Power
M2: 100 – 240 V AC (Operational voltage range 85 – 264 V,
47 – 66 Hz)
(90 – 264 V for UL)
DC Power
R: 24 V DC
(Operational voltage range 24 V ±10 %, ripple 10 %p-p max.)
P: 110 V DC
(Operational voltage range 85 – 150 V, ripple 10 %p-p max.)
(110 V ±10 % for UL)

[4] OPTIONS (multiple selections)
Burnout
blank: Upscale burnout
/BL: Downscale burnout
(UL not available)
/BN: No burnout
(UL not available)
Standards & Approvals (must be specified)
/N: Without CE or UL
/CE: CE marking
/UL: UL approval, CE marking
Other Options
blank: none
/Q: Option other than the above (specify the specification)

SPECIFICATIONS OF OPTION: Q (multiple selections)
COATING (For the detail, refer to M-System's web site.)
/C01: Silicone coating
/C02: Polyurethane coating
/C03: Rubber coating (UL not available)
TERMINAL SCREW MATERIAL
/S01: Stainless steel (UL not available)

RELATED PRODUCTS
• PC configurator software (model: JXCON)
Downloadable at M-System’s web site.
A dedicated cable is required to connect the module to the PC.  Please refer to the internet software download site or the users manual for the PC configurator for applicable cable types.

GENERAL SPECIFICATIONS
Construction: Plug-in
Connection: M3 screw terminals (torque 0.8 N·m)
Screw terminal: Chromated steel (standard) or stainless steel
Housing material: Flame-resistant resin (black)
Isolation: Input to output to power
Overrange output: Approx. -15 to +115 %
(Negative current output is not provided.)
Manual zero adjustments: -5 to +5 %
(factory setting: 0 %)
Manual span adjustments: 95 to 105 %
(factory setting: 100 %)
Programming: Downloaded from PC; input type and range, output range, zero and span, simulating output, etc.
Burnout: Upscale standard; downscale or no burnout optional by programming
Linearization: Standard
Status indicator LED: Blinking patterns indicate different operating status of the transmitter.
Configurator connection: 2.5 dia. miniature jack;
RS-232-C level

INPUT SPECIFICATIONS
Maximum leadwire resistance: 20 Ω per wire (3-wire)
Sensing current: ≤ 1.0 mA
Temperature range: See Table 1.

If not specified, the input range is shown below.
1: JPt 100 (JIS '89)  0 – 100°C
3: Pt 100 (JIS '89)  0 – 100°C
4: Pt 100 (JIS '97, IEC)  0 – 100°C
5: Pt 50 Ω (JIS '81)  0 – 200°C
6:Ni 508.4 Ω  0 – 100°C
7: Pt 1000  0 – 100°C
8: Ni 100  0 – 100°C
9 :Cu 10 @25°C  0 – 100°C

OUTPUT SPECIFICATIONS
■ DC Current
Operational range: 0 – 24 mA DC
Output range: 0 – 20 mA DC
Minimum span: 1 mA
Offset: Lower range can be any specific value within the output range provided that the minimum span is maintained.
Load resistance: Output drive 15 V max.
(e.g. 4 – 20 mA: 750 Ω [15 V ÷ 20 mA])
If not specified, the output range is 4 – 20 mA DC.
■ DC Voltage
Code V1 (narrow spans)
Operational range: -3 – +3 V DC
Output range: -2.5 – +2.5 V DC
Minimum span: 250 mV
Code V2 (wide spans)
Operational range: -11.5 – +11.5 V DC
Output range: -10 – +10 V DC
Minimum span: 1 V
Offset: Lower range can be any specific value within the output range provided that the minimum span is maintained.
Load resistance: Output drive 1 mA max.
(e.g. 1 – 5 V: 5000 Ω [5 V ÷ 1 mA])
If not specified, the output range is shown below.
V1: 0 – 1 V DC
V2: 1 – 5 V DC

INSTALLATION
Power Consumption
•AC:
 Approx. 3 VA at 100 V
 Approx. 4 VA at 200 V
 Approx. 5 VA at 264 V
•DC: Approx. 2 W
Operating temperature: -30 to +60°C (-22 to +140°F)
Operating humidity: 30 to 90 %RH (non-condensing)
Mounting: Surface or DIN rail
Weight: 120 g (0.26 lb)

PERFORMANCE
Accuracy: Table 1 value or ±0.1 % of span, whichever is greater. Add 0.2 % when the output span equals 1/10 or narrower of the max. span.
Temp. coefficient: ±0.015 %/°C (±0.008 %/°F) of max. span at -5 to +55°C [23 to 131°F]
Response time: ≤ 0.9 sec. (0 – 90 %)
Burnout response: ≤ 10 sec.
Line voltage effect: ±0.1 % over voltage range
Insulation resistance: ≥ 100 MΩ with 500 V DC
Dielectric strength: 2000 V AC @1 minute  (input to output to power to ground)

CALCULATION EXAMPLES OF OVERALL ACCURACY
[Example 1]
Input: Pt 100 (JIS ’97, IEC), 0 – 500°C
Output: 4 – 20 mA DC
1) ±0.15°C referred from Table 1, is converted into % by the following equation: 0.15°C ÷ 500°C = 0.03%.
2) 0.03% ≤ 0.1% of span. ➠ 0.1% is selected.
3) Output span 16 mA (= 20 mA – 4 mA)
Max. span 20 mA
Output span ≥ 1/10 of max. span ➠ No need of adding 0.2%.
4) Overall accuracy equals ±0.1% of span
[Example 2]
Input: Pt 100 (JIS ’97, IEC), 0 – 100°C
Output: 2.0 – 2.5 V DC
1) ±0.15°C referred from Table 1, is converted into % by
the following equation: 0.15°C ÷ 100°C = 0.15%.
2) 0.15% ≥ 0.1% of span. ➠ 0.15% is selected.
3) Output span 0.5 V (= 2.5 V – 2.0 V)
Max. span 5 V
Output span ≤ 1/10 of max. span ➠ Add 0.2%.
4) Overall accuracy equals ±0.35% of span (0.15 + 0.2)

STANDARDS & APPROVALS
EU conformity:
EMC Directive 
  EMI EN 61000-6-4
  EMS EN 61000-6-2
Low Voltage Directive
  EN 61010-1
  Installation Category II
  Pollution Degree 2
  Input or output to power: Reinforced insulation (300 V)
  Input to output: Basic insulation (300 V)
RoHS Directive
  EN 50581
Approval:
UL/C-UL nonincendive Class I, Division 2,
  Groups A, B, C, and D
  (ANSI/ISA-12.12.01, CAN/CSA-C22.2 No.213)
UL/C-UL general safety requirements
  (UL 61010-1, CAN/CSA-C22.2 No.61010-1)

EXTERNAL VIEW

Refer to the instruction manual for detailed procedures.

EXTERNAL DIMENSIONS & TERMINAL ASSIGNMENTS unit: mm (inch)

SCHEMATIC CIRCUITRY & CONNECTION DIAGRAM


M-system Vietnam
Email: sales@m-system.com.vn

Model	Input	Output	Power Supply
M2D-24-R	4...20 mA	1...5 Vdc / 4...20 mA	24 Vdc
M2D2-24-M2	4...20 mA	1...5 Vdc / 4...20 mA	100...240 Vac
M2D2-24-R	4...20 mA	1...5 Vdc / 4...20 mA	24 Vdc
M2DNY-244-M2	4...20 mA	0...10 Vdc	100...240 Vac
M2DNY-244-R	4...20 mA	0...10 Vdc	24 Vdc
M2DNY-24A-M2	4...20 mA	4...20 mA	100...240 Vac
M2DNY-24A-R	4...20 mA	4...20 mA	24 Vdc
M2DY-244-R	4...20 mA	0...10 Vdc	24 Vdc
M2DY-24A-R	4...20 mA	4...20 mA	24 Vdc
M2DYS-244-R	4...20 mA	0...10 Vdc	24 Vdc
M2DYS-24A-M2	4...20 mA	4...20 mA	100...240 Vac
M2DYS-24A-R	4...20 mA	4...20 mA	24 Vdc
M2FV-M2	0...20 mA or 0...10 Vdc	Bereich (0...20 mA / 0...10 Vdc)	100...240 Vac
M2FV-R	0...20 mA or 0...10 Vdc	Bereich (0...20 mA / 0...10 Vdc)	24 Vdc
M2LCS-14-M2	Strain gauge 1 mV/V	0...10 Vdc	100...240 Vac
M2LCS-14-R	Strain gauge 1 mV/V	0...10 Vdc	24 Vdc
M2LCS-1A-M2	Strain gauge 1 mV/V	4...20 mA	100...240 Vac
M2LCS-1A-R	Strain gauge 1 mV/V	4...20 mA	24 Vdc
M2MS-4-M2	Potentiometer 0,1...10 kOhm	0...10 Vdc	100...240 Vac
M2MS-4-R	Potentiometer 0,1...10 kOhm	0...10 Vdc	24 Vdc
M2MS-A-M2	Potentiometer 0,1...10 kOhm	4...20 mA	100...240 Vac
M2MS-A-R	Potentiometer 0,1...10 kOhm	4...20 mA	24 Vdc
M2PA-14-M2	0...110 Vac	0...10 Vdc	100...240 Vac
M2PA-14-R	0...110 Vac	0...10 Vdc	24 Vdc
M2PA-1A-M2	0...110 Vac	4...20 mA	100...240 Vac
M2PA-1A-R	0...110 Vac	4...20 mA	24 Vdc
M2PE-14-M2	0...110 Vac	0...10 Vdc	100...240 Vac
M2PE-14-R	0...110 Vac	0...10 Vdc	24 Vdc
M2PE-1A-M2	0...110 Vac	4...20 mA	100...240 Vac
M2PE-1A-R	0...110 Vac	4...20 mA	24 Vdc
M2RS-44-M2	RTD (PT50, PT100, Ni, Cu)	0...10 Vdc	100...240 Vac
M2RS-44-R	RTD (PT50, PT100, Ni, Cu)	0...10 Vdc	24 Vdc
M2RS-4A-M2	RTD (PT50, PT100, Ni, Cu)	4...20 mA	100...240 Vac
M2RS-4A-R	RTD (PT50, PT100, Ni, Cu)	4...20 mA	24 Vdc
M2SP-14-R	Open Collector, 0...10 kHz	0...10 Vdc	24 Vdc
M2SP-1A-R	Open Collector, 0...10 kHz	4...20 mA	24 Vdc
M2SP-1D-R	Open Collector, 0...10 kHz	0...20 mA	24 Vdc
M2SP-24-R	Voltage puls variable, 0...10 kHz	0...10 Vdc	24 Vdc
M2SP-2A-R	Voltage puls variable, 0...10 kHz	4...20 mA	24 Vdc
M2TG-14-M2	Tachogenerator 0...35 VAC	0...10 Vdc	100...240 Vac
M2TG-14-R	Tachogenerator 0...35 VAC	0...10 Vdc	24 Vdc
M2TG-1A-M2	Tachogenerator 0...35 VAC	4...20 mA	100...240 Vac
M2TG-1A-R	Tachogenerator 0...35 VAC	4...20 mA	24 Vdc
M2TS-24-M2	Thermocouple K	0...10 Vdc	100...240 Vac
M2TS-24-R	Thermocouple K	0...10 Vdc	24 Vdc
M2TS-2A-M2	Thermocouple K	4...20 mA	100...240 Vac
M2TS-2A-R	Thermocouple K	4...20 mA	24 Vdc
M2TS-44-M2	Thermocouple J	0...10 Vdc	100...240 Vac
M2TS-44-R	Thermocouple J	0...10 Vdc	24 Vdc
M2TS-4A-M2	Thermocouple J	4...20 mA	100...240 Vac
M2TS-4A-R	Thermocouple J	4...20 mA	24 Vdc
M2TS-54-M2	Thermocouple T	0...10 Vdc	100...240 Vac
M2TS-54-R	Thermocouple T	0...10 Vdc	24 Vdc
M2TS-5A-M2	Thermocouple T	4...20 mA	100...240 Vac
M2TS-5A-R	Thermocouple T	4...20 mA	24 Vdc
M2VF-44-M2	0...10 Vdc	0...10 Vdc	100...240 Vac
M2VF-44-R	0...10 Vdc	0...10 Vdc	24 Vdc
M2VF-4A-M2	0...10 Vdc	4...20 mA	100...240 Vac
M2VF-4A-R	0...10 Vdc	4...20 mA	24 Vdc
M2VF-4D-M2	0...10 Vdc	0...20 mA	100...240 Vac
M2VF-4D-R	0...10 Vdc	0...20 mA	24 Vdc
M2VF-64-M2	1...5 Vdc	0...10 Vdc	100...240 Vac
M2VF-64-R	1...5 Vdc	0...10 Vdc	24 Vdc
M2VF-6A-M2	1...5 Vdc	4...20 mA	100...240 Vac
M2VF-6A-R	1...5 Vdc	4...20 mA	24 Vdc
M2VF-6D-M2	1...5 Vdc	0...20 mA	100...240 Vac
M2VF-6D-R	1...5 Vdc	0...20 mA	24 Vdc
M2VF-A4-M2	4...20 mA	0...10 Vdc	100...240 Vac
M2VF-A4-R	4...20 mA	0...10 Vdc	24 Vdc
M2VF-AA-M2	4...20 mA	4...20 mA	100...240 Vac
M2VF-AA-R	4...20 mA	4...20 mA	24 Vdc
M2VF-AD-M2	4...20 mA	0...20 mA	100...240 Vac
M2VF-AD-R	4...20 mA	0...20 mA	24 Vdc
M2VF-D4-M2	0...20 mA	0...10 Vdc	100...240 Vac
M2VF-D4-R	0...20 mA	0...10 Vdc	24 Vdc
M2VF-DA-M2	0...20 mA	4...20 mA	100...240 Vac
M2VF-DA-R	0...20 mA	4...20 mA	24 Vdc
M2VF-DD-M2	0...20 mA	0...20 mA	100...240 Vac
M2VF-DD-R	0...20 mA	0...20 mA	24 Vdc
M2VF2-44-M2	0...10 Vdc	0...10 Vdc	100...240 Vac
M2VF2-44-R	0...10 Vdc	0...10 Vdc	24 Vdc
M2VF2-4A-M2	0...10 Vdc	4...20 mA	100...240 Vac
M2VF2-4A-R	0...10 Vdc	4...20 mA	24 Vdc
M2VF2-4D-M2	0...10 Vdc	0...20 mA	100...240 Vac
M2VF2-4D-R	0...10 Vdc	0...20 mA	24 Vdc
M2VF2-64-M2	1...5 Vdc	0...10 Vdc	100...240 Vac
M2VF2-64-R	1...5 Vdc	0...10 Vdc	24 Vdc
M2VF2-6A-M2	1...5 Vdc	4...20 mA	100...240 Vac
M2VF2-6A-R	1...5 Vdc	4...20 mA	24 Vdc
M2VF2-6D-M2	1...5 Vdc	0...20 mA	100...240 Vac
M2VF2-6D-R	1...5 Vdc	0...20 mA	24 Vdc
M2VF2-A4-M2	4...20 mA	0...10 Vdc	100...240 Vac
M2VF2-A4-R	4...20 mA	0...10 Vdc	24 Vdc
M2VF2-AA-M2	4...20 mA	4...20 mA	100...240 Vac
M2VF2-AA-R	4...20 mA	4...20 mA	24 Vdc
M2VF2-AD-M2	4...20 mA	0...20 mA	100...240 Vac
M2VF2-AD-R	4...20 mA	0...20 mA	24 Vdc
M2VF2-D4-M2	0...20 mA	0...10 Vdc	100...240 Vac
M2VF2-D4-R	0...20 mA	0...10 Vdc	24 Vdc
M2VF2-DA-M2	0...20 mA	4...20 mA	100...240 Vac
M2VF2-DA-R	0...20 mA	4...20 mA	24 Vdc
M2VF2-DD-M2	0...20 mA	0...20 mA	100...240 Vac
M2VF2-DD-R	0...20 mA	0...20 mA	24 Vdc
M2VF3-0-R	+/- 800 Vdc	+/- 10 Vdc	24 Vdc
M2VF3-2W-R	+/- 100 mVdc	+/- 10 Vdc	24 Vdc
M2VF3-4W-R	+/- 10 Vdc	+/- 10 Vdc	24 Vdc
M2VF3-5W-R	+/- 5 Vdc	+/- 10 Vdc	24 Vdc
M2VF3-8W-R	+/- 20 Vdc	+/- 10 Vdc	24 Vdc
M2VS-44-M2	0...10 Vdc	0...10 Vdc	100...240 Vac
M2VS-44-M2/K	0...10 Vdc	0...10 Vdc	100...240 Vac
M2VS-44-R	0...10 Vdc	0...10 Vdc	24 Vdc
M2VS-44-R/K	0...10 Vdc	0...10 Vdc	24 Vdc
M2VS-4A-M2	0...10 Vdc	4...20 mA	100...240 Vac
M2VS-4A-M2/K	0...10 Vdc	4...20 mA	100...240 Vac
M2VS-4A-R	0...10 Vdc	4...20 mA	24 Vdc
M2VS-4A-R/K	0...10 Vdc	4...20 mA	24 Vdc
M2VS-4D-M2	0...10 Vdc	0...20 mA	100...240 Vac
M2VS-4D-M2/K	0...10 Vdc	0...20 mA	100...240 Vac
M2VS-4D-R	0...10 Vdc	0...20 mA	24 Vdc
M2VS-4D-R/K	0...10 Vdc	0...20 mA	24 Vdc
M2VS-64-M2	1...5 Vdc	0...10 Vdc	100...240 Vac
M2VS-64-M2/K	1...5 Vdc	0...10 Vdc	100...240 Vac
M2VS-64-R	1...5 Vdc	0...10 Vdc	24 Vdc
M2VS-64-R/K	1...5 Vdc	0...10 Vdc	24 Vdc
M2VS-6A-M2	1...5 Vdc	4...20 mA	100...240 Vac
M2VS-6A-M2/K	1...5 Vdc	4...20 mA	100...240 Vac
M2VS-6A-R	1...5 Vdc	4...20 mA	24 Vdc
M2VS-6A-R/K	1...5 Vdc	4...20 mA	24 Vdc
M2VS-6D-M2	1...5 Vdc	0...20 mA	100...240 Vac
M2VS-6D-M2/K	1...5 Vdc	0...20 mA	100...240 Vac
M2VS-6D-R	1...5 Vdc	0...20 mA	24 Vdc
M2VS-6D-R/K	1...5 Vdc	0...20 mA	24 Vdc
M2VS-A14-M2	4...20 mA	0...10 Vdc	100...240 Vac
M2VS-A14-M2/K	4...20 mA	0...10 Vdc	100...240 Vac
M2VS-A14-R	4...20 mA	0...10 Vdc	24 Vdc
M2VS-A14-R/K	4...20 mA	0...10 Vdc	24 Vdc
M2VS-A1A-M2	4...20 mA	4...20 mA	100...240 Vac
M2VS-A1A-M2/K	4...20 mA	4...20 mA	100...240 Vac
M2VS-A1A-R	4...20 mA	4...20 mA	24 Vdc
M2VS-A1A-R/K	4...20 mA	4...20 mA	24 Vdc
M2VS-A1D-M2	4...20 mA	0...20 mA	100...240 Vac
M2VS-A1D-M2/K	4...20 mA	0...20 mA	100...240 Vac
M2VS-A1D-R	4...20 mA	0...20 mA	24 Vdc
M2VS-A1D-R/K	4...20 mA	0...20 mA	24 Vdc
M2VS-A4-M2	4...20 mA	0...10 Vdc	100...240 Vac
M2VS-A4-M2/K	4...20 mA	0...10 Vdc	100...240 Vac
M2VS-A4-R	4...20 mA	0...10 Vdc	24 Vdc
M2VS-A4-R/K	4...20 mA	0...10 Vdc	24 Vdc
M2VS-AA-M2	4...20 mA	4...20 mA	100...240 Vac
M2VS-AA-M2/K	4...20 mA	4...20 mA	100...240 Vac
M2VS-AA-R	4...20 mA	4...20 mA	24 Vdc
M2VS-AA-R/K	4...20 mA	4...20 mA	24 Vdc
M2VS-AD-M2	4...20 mA	0...20 mA	100...240 Vac
M2VS-AD-M2/K	4...20 mA	0...20 mA	100...240 Vac
M2VS-AD-R	4...20 mA	0...20 mA	24 Vdc
M2VS-AD-R/K	4...20 mA	0...20 mA	24 Vdc
M2VS-D4-M2	0...20 mA	0...10 Vdc	100...240 Vac
M2VS-D4-M2/K	0...20 mA	0...10 Vdc	100...240 Vac
M2VS-D4-R	0...20 mA	0...10 Vdc	24 Vdc
M2VS-D4-R/K	0...20 mA	0...10 Vdc	24 Vdc
M2VS-DA-M2	0...20 mA	4...20 mA	100...240 Vac
M2VS-DA-M2/K	0...20 mA	4...20 mA	100...240 Vac
M2VS-DA-R	0...20 mA	4...20 mA	24 Vdc
M2VS-DA-R/K	0...20 mA	4...20 mA	24 Vdc
M2VS-DD-M2	0...20 mA	0...20 mA	100...240 Vac
M2VS-DD-M2/K	0...20 mA	0...20 mA	100...240 Vac
M2VS-DD-R	0...20 mA	0...20 mA	24 Vdc
M2VS-DD-R/K	0...20 mA	0...20 mA	24 Vdc
M2XM2-1V2-M2	Potentiometer 0,1...10 kOhm	+/- 10 Vdc	100...240 Vac
M2XM2-1V2-R	Potentiometer 0,1...10 kOhm	+/- 10 Vdc	24 Vdc
M2XM2-1Z1-M2	Potentiometer 0,1...10 kOhm	0...20 mA	100...240 Vac
M2XM2-1Z1-R	Potentiometer 0,1...10 kOhm	0...20 mA	24 Vdc
M2XPA3-A14V2-M2	Open Collector, 0...200 kHz	+/- 10 Vdc	100...240 Vac
M2XPA3-A14V2-R	Open Collector, 0...200 kHz	+/- 10 Vdc	24 Vdc
M2XPA3-A14Z1-M2	Open Collector, 0...200 kHz	0...20 mA	100...240 Vac
M2XPA3-A14Z1-R	Open Collector, 0...200 kHz	0...20 mA	24 Vdc
M2XPA3-A24V2-M2	Relay, 0...10 Hz	+/- 10 Vdc	100...240 Vac
M2XPA3-A24V2-R	Relay, 0...10 Hz	+/- 10 Vdc	24 Vdc
M2XPA3-A24Z1-M2	Relay, 0...10 Hz	0...20 mA	100...240 Vac
M2XPA3-A24Z1-R	Relay, 0...10 Hz	0...20 mA	24 Vdc
M2XR2-4V2-M2	RTD (PT50, PT100, PT1000, Ni, Cu)	+/- 10 Vdc	100...240 Vac
M2XR2-4V2-R	RTD (PT50, PT100, PT1000, Ni, Cu)	+/- 10 Vdc	24 Vdc
M2XR2-4Z1-M2	RTD (PT50, PT100, PT1000, Ni, Cu)	0...20 mA	100...240 Vac
M2XR2-4Z1-R	RTD (PT50, PT100, PT1000, Ni, Cu)	0...20 mA	24 Vdc
M2XRP2-A1V2-R	Open Collector, 0...100 kHz	+/- 10 Vdc	24 Vdc
M2XRP2-A1Z1-R	Open Collector, 0...100 kHz	0...20 mA	24 Vdc
M2XRP2-B1V2-R	Voltage puls variable, 0...100 kHz	+/- 10 Vdc	24 Vdc
M2XRP2-B1Z1-R	Voltage puls variable, 0...100 kHz	0...20 mA	24 Vdc
M2XRP2-J1V2-R	RS422 Line Driver, 0...100 kHz	+/- 10 Vdc	24 Vdc
M2XRP2-J1Z1-R	RS422 Line Driver, 0...100 kHz	0...20 mA	24 Vdc
M2XT2-2V2-R	Thermocouple K (K, J, T....)	+/- 10 Vdc	24 Vdc
M2XT2-2Z1-R	Thermocouple K (K, J, T....)	0...20 mA	24 Vdc
M2XU-00-M2	DC, RTD, TC, Poti	mA / Vdc	100...240 Vac
M2XU-00-R	DC, RTD, TC, Poti	mA / Vdc	24 Vdc
M2XUM-00-M2	DC, RTD, TC, Poti	mA / Vdc	100...240 Vac
M2XUM-00-R	DC, RTD, TC, Poti	mA / Vdc	24 Vdc
M2XV2-S2V2-M2	+/- 10 Vdc	+/- 10 Vdc	100...240 Vac
M2XV2-S2V2-R	+/- 10 Vdc	+/- 10 Vdc	24 Vdc
M2XV2-S2Z1-M2	+/- 10 Vdc	0...20 mA	100...240 Vac
M2XV2-S2Z1-R	+/- 10 Vdc	0...20 mA	24 Vdc
M3LU2-M2-A	DC, RTD, TC, Poti	mA / Vdc	100...240 Vac
M3LU2-R4-A	DC, RTD, TC, Poti	mA / Vdc	10...32 Vdc