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Mp82700H HART® Protocol Microprocessor Based Temperature Transmitter

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2-Wire Microprocessor Based Head-Mount Transmitter with Thermocouple, RTD, mV and Ohms Input

Features
Microprocessor-Based, HART® Protocol
Universal Input - Thermocouples, RTD's, Millivolts and Ohms
• Field Programmable with optional Programming Kit and PC Software
Fully-Isolated and 
Linearized
RFI/EMI-Immune
High Accuracy 0.1%
Small Size (1.7" dia. x 1.1"H)

• Optional FM or ATEX Approvals 
Optional Plug-In Display and Protection Head
 
The Mp82700H is the industry’s most advanced 2-wire head-mounting microprocessor based temperature transmitter with HART® Protocol. Able to fit in a small, standard connection head, it is easily programmed in the field to your exact requirements via an optional "Point ‘N Click" PC based software and provides a simultaneous analog and digital (HART® Protocol) outputs over a single twisted pair of wires.
Mp82700H HART Protocol Thermocouple, RTD and Process 2 wire Transmitter.jpg
Prices Start at $295.00
Click Here to Order Mp82700H HART Protocol Thermocouple, RTD and Process 2 wire Transmitter.gif

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IF700 Optional Field Programming Module

Hart Communication Logol.jpg
 
The Mp82700H transmitter incorporates highly advanced mathematical functions to provide the highest accuracy in the industry - 0.1% of set span. It is scalable  over the entire range of 8 RTDs and 12 Thermocouple Types; as well as  accepting Millivolt and Resistance inputs. Features include: self-diagnostics; small minimum spans, complete isolation (500 V); selectable On/Off linearization; wide power supply capability (10 to 36Vdc); selectable upscale/downscale; total RFI-immunity (DC to 1 GHz.); and optional  Intrinsically Safe Approval Ex: II 1 G EEx ia IIC T4..T6 or FM: IS/I/1/ABCD/T6 intrinsic safety approval. It even has an optional plug-in loop-powered readout and connection head with window.

You no longer have to stock several different transmitters when a single high accuracy programmable transmitter can meet all of your requirements. The Mp82700H transmitter can easily be programmed in the field with the optional programming module and PC based "Point 'n Click" software program in less than one minute, the Mp82700H can be used for all your different sensor and range requirements. A DIN-Rail Mount adapter is also available.

Specifications

RTD Input: Pt100, Pt500, Pt1000, Ni100, Ni500, Ni1000, Cu10, Cu100

Thermocouple Input Types: K, J, L, T, U, E, R, S, B, C, D, N

Other Inputs: mV and Ohms

Minimum Span: See Table Below

Output: 4 to 20mA or 20 to 4mA

Linearization: On / Off

Supply **: 10 to 40Vdc, Polarity Protected

Supply Effect: 0.001%/V

Max. Ripple: 10 V PP. Min Vbat=10Vdc

Zero Drift: ± 0.01%/°C or ±0.02°C/°C

Span Drift: ± 0.005%/°C or ±0.01°C/°C

Long Term Drift: ± 0.05%/Year

Cold Junction Drift: ± 0.01°C/°C

Excitation Current RTD: 0.1mA

Sensor Lead Resistance RTD: 500 Ohm max.

Sensor Lead Resistance Effect: 0.001°C/Ohm

Sensor Lead Resistance T/C: 10,000 Ohm max.

Open Circuit Detection: Upscale / Downscale

Load Capability: Vbat-10V/20mA

Response Time: <3 sec.

Startup Time: 20 sec.

Warm-up Time: 5 Min.

Isolation: 500 VDC

Ambient Operating Temp.: -40 to + 85°C.(-40 to 185°F)

Storage Temperature: -40 to +100°C (-40 to 212°F)

Ingress Protection: IP30

Housing Material: Zinc Alloy (ZAMAK 5) epoxy coated

Housing Dimension: 1.7" Dia. x 1.4" H (43mm Dia. x 36mm H)

Housing Dimension with Read-Out: 1.7" Dia. x 1.4" H (43mm Dia. x 36mm H)

 

  SENSOR RANGE TABLE

Sensor Type

Temperature Range

Minimum Span

Thermocouple Types

J (Fe-CuNi)

-238

2192°F

90°F

-150

1200°C

50°C

K (NiCr-NiAl)

-328

2498°F

90°F

-200

1370°C

50°C

T (Cu-CuNi)

-328

752°F

90°F

-200

400°C

50°C

E (NiCr-CuNi)

-454

1832°F

90°F

-270

1000°C

50°C

N (Nicrosil-NiSil)

32

2372°F

90

0

1300°C

50°C

S (Pt10%Rh-Pt)

32

3209

450°F

0

1765°C

250°C

R (Pt13%Rh-Pt)

32

3209°F

450°F

0

1765°C

250°C

B (Pt30%Rh-Pt6%Rh)

32

3308°F

1080°F

0

1820°C

600°C

C (W5%Re-W26%Re)

32

4172°F

270°F

0

2300°C

150°C

D (W3%Re-W25%Re)

32

4172°F

270°F

0

2300°C

150°C

U (DIN Cu-CuNi)

-148

1112°F

90°F

-100

600°C

50°C

L (DIN Fe-CuNi)

-238

1652°F

90°F

-150

900°C

50°C

RTD'S Types

Pt100 IEC751

-328

1562°F

45°F

-200

850°C

25°C

Pt500 IEC751

-328

1562°F

45°F

-200

850°C

25°C

Pt1000 IEC751

-328

1562°F

45°F

-200

850°C

25°C

Ni100 IEC751

-76

482°F

45°F

60

250°C

25°C

Ni500 IEC751

-76

482°F

45°F

-60

250°C

25°C

Ni1000 IEC751

-76

482°F

45°F

-60

250°C

25°C

Cu10

-328

482°F

45°F

-200

250°C

25°C

Cu100

-328

482°F

45°F

-200

250°C

25°C

Process Signals

mV

0

1000

10

Ohm

0

10000

100

MP82700H HART® Transmitter
Mp82700H HART Protocol Thermocouple, RTD and Process 2 wire Transmitter.jpg
Shown with Optional Display and Protection Head

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Click Here to Download Mp82700H Temperature Transmitter Specification


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