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ROSEMOUNT 5081-A
Emerson ROSEMOUNT 5081-A Manuals
Manuals and User Guides for Emerson ROSEMOUNT 5081-A. We have
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Emerson ROSEMOUNT 5081-A manual available for free PDF download: Instruction Manual
Emerson ROSEMOUNT 5081-A Instruction Manual (128 pages)
Fieldbus two-Wire Chlorine, dissolved oxygen, and ozone transmitter
Brand:
Emerson
| Category:
Transmitter
| Size: 3.89 MB
Table of Contents
Table of Contents
3
Section Title
4
Description and Specifications
7
Features and Applications
7
Specifications - General
8
Specifications - Oxygen
9
Specifications - Free Chlorine
9
Specifications - Ph
9
Specifications - Ozone
9
Specifications - Total Chlorine
9
Infrared Remote Controller
10
Transmitter Display During Calibration and Programming
10
Oundation Fieldbus
11
General Specifications
11
Asset Management Solutions (AMS)
12
Asset Management Solutions (AMS) Configuration Screen
12
Asset Management Solutions (AMS) Measurement Screen
12
Model 5081-A Mounting and Dimensional Drawings
13
Accessories
14
Ordering Information
14
Unpacking and Inspection
15
Orienting the Display Board
15
Power Supply Wiring
15
Installation
15
Mounting the Model 5081-A on a Flat Surface
16
Power Supply Wiring
18
Typical Fieldbus Network Electrical Wiring Configuration
18
Amperometric Sensors with Optimum EMI/RFI Cable or Variopol Cable
19
Wiring
19
Amperometric Sensors with Standard Cable
19
Wiring Model 499A Oxygen, Chlorine, and Ozone Sensors
19
Wiring Model 499ACL-01 (Free Chlorine) Sensors and Ph Sensors
20
Free Chlorine Sensor with Standard Cable and 399VP-09 Ph Sensor Without Internal
20
Free Chlorine Sensor with Standard Cable and 399-14 Ph Sensor with Internal Preamplifier
20
Free Chlorine Sensor with Optimum EMI/RFI Cable or Variopol Cable and 399-09-62 Ph
21
Free Chlorine Sensor with Optimum EMI/RFI Cable or Variopol Cable and 399-14 Ph Sensor with Internal Preamplifier
21
Free Chlorine Sensor with Optimum EMI/RFI Cable or Variopol Cable and 399VP-09 Ph
21
Sensor Without Internal Preamplifier
21
Free Chlorine Sensor with Standard Cable and 399-09-62 Ph Sensor Without Internal
21
Wiring Model Hx438 and Gx448 Sensors
22
Hx438 and Gx448 Sensors
22
Intrinsically SAFE and Explosion PROOF INSTALLATIONS
23
Display and OPERATION with INFRARED REMOTE CONTROLLER
37
Display Screens
37
Infrared Remote Controller (IRC) - Key Functions
37
Process Display Screen
37
Program Display Screen
37
Menu Tree
39
Diagnostic Messages
39
Security
39
Using Hold
39
Menu Tree
40
Overview
41
OPERATION with FOUNDATION FIELDBUS and the Deltav CONTROL System
41
AI Block Configuration
42
Analog Input Block Configuration Values
42
Transducer Block Operations - Configuration and Calibration
43
Model 5081-A-FF - Device Summary
44
Model 5081-A-FF Parameters and Methods
45
Temperature Settings
48
General
48
Default Settings
48
Programming
48
Display
52
Calibration Setup
54
Line Frequency
57
Ph Measurement
58
Barometric Pressure
62
Introduction
64
Calibration - Temperature
64
Procedure Using Deltav
65
Procedure Using the Infrared Remote Controller
65
CALIBRATION - Oxygen
66
Introduction
66
Sensor Current as a Function of Dissolved Oxygen Concentration
66
Procedure - Zeroing the Sensor Using the Infrared Remote Controller
67
Procedure - Zeroing the Sensor Using Deltav
68
Procedure - Air Calibration Using the Infrared Remote Controller
69
Procedure - Air Calibration Using Deltav
70
Procedure - In-Process Calibration Using the Infrared Remote Controller
71
Procedure - In-Process Calibration Using Deltav
72
Calibration - Free Chlorine
73
Introduction
73
Sensor Current as a Function of Free Chlorine Concentration
73
Procedure - Zeroing the Sensor Using the Infrared Remote Controller
74
Procedure - Zeroing the Sensor Using Deltav
75
Procedure - Full Scale Calibration Using the Infrared Remote Controller
76
Procedure - Full Scale Calibration Using Deltav
77
Dual Slope Calibration
78
Calibration - Total Chlorine
81
Introduction
81
Procedure - Zeroing the Sensor Using the Infrared Remote Controller
81
Determination of Total Chlorine
81
Sensor Current as a Function of Total Chlorine Concentration
81
Procedure - Zeroing the Sensor Using Deltav
83
Procedure - Full Scale Calibration Using the Infrared Remote Controller
84
Procedure - Full Scale Calibration Using Deltav
85
Dual Slope Calibration
86
CALIBRATION - Ozone
88
Introduction
88
Procedure - Zeroing the Sensor Using the Infrared Remote Controller
88
Sensor Current as a Function of Ozone Concentration
88
Procedure - Zeroing the Sensor Using Deltav
90
Procedure - Full Scale Calibration Using the Infrared Remote Controller
90
Procedure - Full Scale Calibration Using Deltav
91
Calibration Slope and Offset
92
CALIBRATION - Ph
92
Introduction
92
Procedure - Auto Calibration Using the Infrared Remote Controller
93
Procedure - Auto Calibration Using Deltav
94
Procedure - Manual Calibration Using the Infrared Remote Controller
95
Procedure - Manual Calibration Using Deltav
96
Standardization Using the Infrared Remote Controller
97
Standardization Using Deltav
98
Ph Slope Adjustment Using the Infrared Remote Controller
99
Ph Slope Adjustment Using Deltav
100
Diagnostic Messages for Ozone and Total Chlorine
101
General
101
Diagnostics
101
Diagnostic Messages for Dissolved Oxygen
101
Diagnostic Messages for Free Chlorine
102
Ph Measurement and Calibration Problems
103
Warning and Fault Messages
103
Troubleshooting When a Warning or Fault Message Is Showing
103
Oxygen Measurement and Calibration Problems
103
Free Chlorine Measurement and Calibration Problems
103
Simulating Input Currents - Dissolved Oxygen
103
Ozone Measurement and Calibration Problems
103
Troubleshooting
103
Temperature Measurement and Calibration Problems
103
Total Chlorine Measurement and Calibration Problems
103
Simulate Dissolved Oxygen
118
Simulate Chlorine and Ozone
118
Simulate Ph
119
Three-Wire Rtd Configuration
120
Simulating Rtd Inputs
120
Checking for a Poisoned Reference Electrode
121
Maintenance
122
Overview
122
Transmitter Maintenance
122
Exploded View of Model 5081-A Transmitter
122
Return of Material
124
Barometric Pressure as a Function of Altitude
125
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