Vaisala PEROXCAP HPP271 Manuals

Manuals and User Guides for Vaisala PEROXCAP HPP271. We have 1 Vaisala PEROXCAP HPP271 manual available for free PDF download: User Manual

Vaisala PEROXCAP HPP271 User Manual (106 pages)

Hydrogen Peroxide Probe

Brand: Vaisala | Category: Security Sensors | Size: 1 MB

Table of Contents
3
List of Figures
6
About this Document
9
Version Information
9
Table Document Versions
9
Related Manuals
11
Documentation Conventions
11
Table 2 Related Manuals
11
Trademarks
12
Regulatory Compliances
12
Patent Notice
12
Table 3 Applicable Patents or Applications
13
Product Overview
14
Introduction to HPP271
14
Basic Features and Options
15
Safety
15
ESD Protection
16
Measured Parameters
16
Table 4 Available Parameters
16
Probe Filter
17
Sensor Purge
18
Environmental Compensation for Pressure
18
Measurement Filtering Factor
19
Connectivity to Vaisala Insight Software
19
Additional Features with Indigo Transmitters
19
H 2 O 2 Measurement
21
Operating Principle of H Measurement
21
Typical Applications
22
Figure 2 Operating Principle of PEROXCAP Measurement
22
Figure 3 Example Behavior of H
23
Installation
25
Wiring
27
Figure 4 Pins on the Probe M12/5 Male Connector
27
Figure 5 Wiring Example for Connecting the Probe to a PLC in
28
Power Supply
29
Setting Probe in Analog or Digital Mode
29
Figure 6 Wiring Example for RS-485 Connection
29
Figure 7 Pins on the Probe M12/5 Male Connector
30
Operation
31
Probe Start-Up
31
Behavior at Exposure to H
31
Concentration Reading When Not Exposed to H
31
Figure
32
Figure 8 Low H 2 O 2 Threshold Example
32
Configuring Low H Threshold with Insight
33
Figure 9 Insight Low H
33
Modbus
34
Operation in Analog Mode
35
Analog Output Overrange Behavior
35
Analog Output Overrange Examples
36
Figure 10 Maximum Extensions to Analog Output Range
36
Figure 11 Analog Output Overrange Example with Clipping and Error Limits
37
Figure 12 Analog Output Overrange Example with Clipping Only
38
Triggering Purge in Analog Mode
39
Figure 13 Analog Output Overrange Example with no Clipping, Only Error State When Error Limit Is Exceeded
39
Using Probe with Indigo Transmitters
40
Attaching HPP270 Probes to Indigo200 Transmitter
40
Figure 14 Indigo200, Indigo300, and Indigo500 Series Transmitters with Probe Connection Examples
40
Attaching HPP270 Probes to Indigo300 Transmitter
41
Figure 15 Attaching Probes to Indigo
41
Figure 16 Attaching HPP271 to Indigo300
42
Attaching Probes to Indigo500 Transmitters
43
Figure 17 Connecting Measurement Devices to Indigo500
44
Using Probe with Indigo80 Handheld Indicator
45
Indigo80 Handheld Indicator
45
Figure 18 Indigo80 Handheld Indicator
45
Probe Compatibility
46
Indigo80 Keypad
46
Indigo80 Main Menu
46
Figure 19 Indigo80 Keypad
46
Connecting Probes to Indigo80
47
Figure 20 Indigo80 Main Menu
47
Figure 21 Connecting Probes to Indigo80
48
Configuring Probe Features with Indigo80 Handheld Indicator
49
Example of Configuring Filtering Factor with Indigo80 Handheld Indicator
50
Configuring Environment Settings with Indigo80 Handheld Indicator
50
Vaisala Insight PC Software
52
Connecting to Insight Software
52
Figure 22 Connecting Probe to Insight
52
Maintenance
54
Cleaning the Probe
54
Chemical Tolerance
54
Sensor Vitality Information in Insight
55
Calibration and Adjustment
55
Field Calibration and Adjustment Overview
56
RH for H 2 O 2 Calibration and Adjustment
57
Figure 23 PEROXCAP Operating Principle
57
With Insight Software
58
Figure 24 Adjustment Removes Drift
58
Adjusting RH for H with Indigo80 Handheld Indicator
60
With Indigo200 Transmitter
62
Adjusting H Measurement with Insight Software
63
Adjusting H with Indigo80 Handheld Indicator
65
Adjusting H with Indigo200 Transmitter
67
Testing Analog Output Level with Insight
69
Figure 25 Setting Current Level for Analog Output Test in Insight Software
69
Restoring Factory Adjustment with Indigo80 Handheld Indicator
70
Troubleshooting
71
Problems and Their Possible Solutions
71
Analog Output Error State
77
Technical Data
78
Table 5 HPP271 Measurement Performance
78
Table 6 HPP271 Inputs and Outputs
79
Table 7 HPP271 Operating Environment
80
Table 8 HPP271 Compliance
80
Table 9 HPP271 Mechanical Specifications
80
Accessories and Spare Parts
81
Table 10 HPP271 Spare Parts and Accessories
81
Dimensions
82
HPP271MOUNTINGSET1/HPP272MOUNTINGSET1 Dimensions
82
Figure 27 HPP271 Dimensions
82
Figure 28 HPP271MOUNTINGSET1/HPP272MOUNTINGSET1 Dimensions
83
HPP271MOUNTINGSET2/HPP272MOUNTINGSET2 Dimensions
84
Figure 29 HPP271MOUNTINGSET2/HPP272MOUNTINGSET2 Dimensions
84
HPP272WALLMOUNT Dimensions
85
Figure 30 HPP272WALLMOUNT Dimensions
85
Appendix A. Modbus Reference
86
Default Communication Settings
86
Function Codes
86
Data Encoding
86
Table 11 Default Modbus Serial Communication Settings
86
Table 12 Modbus Function Codes
86
32-Bit Floating Point or 32-Bit Integer Format
87
16-Bit Integer Format
87
Table 13 Interpretation of 16-Bit Signed Integer Values
87
Modbus Registers
88
Measurement Data Registers
88
Configuration Registers
88
Table 14 Modbus Measurement Data Registers (Read-Only)
88
Table 15 Modbus Configuration Data Registers (Writable)
89
Status Registers
96
Table 16 Modbus Device Status Registers (Read-Only)
96
Table 17 Modbus Measurement Status Registers (Read-Only)
97
Table 18 Modbus Probe Maintenance Status Registers (Read-Only)
97
Table 19 Error Codes in Register 0201
98
Table 20 Error Codes in Register 0203 Hex (32-Bit)
98
Device Identification Objects
99
Test Value Registers
99
Table 21 Device Identification Objects
99
Table 22 Test Value Registers
99
Modbus Communication Examples
100
Maintenance and Calibration Services
103
Technical Support
103
Warranty
103
Recycling
103

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