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BAKER HUGHES DPS 5000 Series
GE BAKER HUGHES DPS 5000 Series Manuals
Manuals and User Guides for GE BAKER HUGHES DPS 5000 Series. We have
2
GE BAKER HUGHES DPS 5000 Series manuals available for free PDF download: Instruction Manual, User Manual
GE BAKER HUGHES DPS 5000 Series Instruction Manual (68 pages)
CAN bus Pressure Transducer
Brand:
GE
| Category:
Transducer
| Size: 0.6 MB
Table of Contents
Table of Contents
7
1 Introduction
11
Applications
11
Summary of Facilities
11
Summary of the Canopen Set of Functions
12
2 Installation
13
Example CAN Bus System
13
Installation - before Starting
13
Installation - Procedures
14
Pressure Connections (Absolute)
14
Electrical Connections
14
Completing the Installation
14
3 Operation
15
Start Operating
15
Procedures
15
Quick Start
16
Primary Objects
16
To Change the Operation - Node ID and Baud Rate
16
To Change the Operation - Objects: 0X1000 - 0X1Ffff
16
0X100C to 0X100E - Error Control: Node Guarding Option
16
0X1017 - Error Control: Heartbeat Option
16
0X1010 01 - to Save Changes to the Data Dictionary
17
0X1011 01 - to Re-Apply the Factory Values
17
0X1800 02 - the PDO Transmission (Type or Period)
17
0X1A00 - the Data in the 'Transmit PDO
17
0X1F80 - NMT Start-Up
17
To Change the Operation - Objects: 0X2000 - 0X2Ffff
18
0X210C- Node ID
18
0X210D - Bit Rate
18
0X2200 - to Change the Calibration Data
18
0X2201 to 0X2203 - the Last Calibration Year, Month, Day
18
0X2204 to 0X2206 - the Next Calibration Year, Month, Day
18
0X2207 - the Pressure Calibration Gain
19
0X2208 - the Pressure Calibration Offset
19
0X2209 - the Temperature Calibration Gain
19
0X220A - the Temperature Calibration Offset
20
0X220D to 0X2218 - the Filter System
20
0X2304 - the Tag for the Type of Data
20
To Change the Operation - Objects: 0X6000 - 0X6Ffff
20
0X6120 to 0X6124 - the Scale Data for Pressure and Temperature Output
20
0X6131 01 - the Units for the Pressure Output
21
0X6148 - the Local Limits (Minimum Pressure and Temperature)
21
0X6149 - the Local Limits (Maximum Pressure and Temperature)
21
To Monitor the Operation - Objects: 0X1000 - 0X1Ffff
22
0X1001 - the Status of the Unit
22
To Monitor the Operation - Objects: 0X2000 - 0X2Ffff
22
0X2006 - the Count: Pressure Is more than the Limit
22
0X2007 - the Count: Pressure Is Less than the Limit
22
0X2008 - the Count: Temperature Is more than the Limit
23
0X2009 - the Count: Temperature Is Less than the Limit
23
To Monitor the Operation - Objects: 0X6000 - 0X6Ffff
23
0X6130 01/0X6130 02 - the Pressure and Temperature
23
0X6150 - the Pressure and Temperature Status
23
4 Maintenance
25
Maintenance Tasks
25
Maintenance - from the Software
25
The Status of the Unit
25
Maintenance - Cleaning
26
Maintenance - Calibration
26
Calibration - Equipment
26
Two-Point Pressure Calibration - Procedure
26
Two-Point Pressure Calibration - Results
27
Approved Service Agents
27
Appendix A. Canopen Object Dictionary
29
Communication Segment
29
Object 1000H: Device Type
29
Object 1001H: Error Register
30
Object 1003H: Pre-Defined Error Field
30
Object 1005H: COB-ID SYNC
31
Object 1007H: Synchronous Window Length
31
Object 1008H: Manufacturer Device Name
31
Object 100Ch: Guard Time
32
Object 100Dh: Life Time Factor
32
Object 1010H: Store Parameter Field
33
Object 1011H: Restore Default Parameters
33
Object 1012H: COB-ID Time Stamp
34
Object 1014H: COB-ID EMCY
34
Object 1015H: Inhibit Time Emergency
35
Object 1017H: Producer Heartbeat Time
35
Object 1018H: Identity Object
36
Object 1019H: Synchronous Counter Overflow Value
37
Object 1800H to 1803H: Transmit PDO Communication Parameter
38
Object 1A00H to 1A03H: Transmit PDO Mapping Parameter
38
Object 1F80H: NMT Start-Up
40
Manufacturer Segment
40
Object 2003H: Current Time
40
Object 2004H: Acquisition Time
41
Object 2005H: Acquisition Interval
41
Object 2006H: Pressure Span Overflow Count
41
Object 2007H: Pressure Span Underflow Count
42
Object 2008H: Temperature Span Overflow Count
42
Object 2009H: Temperature Span Underflow Count
42
Object 210Ch: Node ID
43
Object 210Dh: Bit Rate
43
Object 2200H: Calibration Access Pin
43
Object 2201H: Last Calibration Year
44
Object 2202H: Last Calibration Month
44
Object 2203H: Last Calibration Day
44
Object 2204H: Next Calibration Year
45
Object 2205H: Next Calibration Month
45
Object 2206H: Next Calibration Day
45
Object 2207H: Pressure Gain
46
Object 2208H: Pressure Offset
46
Object 2209H: Temperature Gain
46
Object 220Ah: Temperature Offset
47
Object 220Dh: FIR Samples Size
47
Object 220Eh: FIR Sample Data
47
Object 2210H: FIR2 Sample Data
48
Object 2212H: FIR3 Sample Data
48
Object 2214H: FIR4 Sample Data
48
Object 2216H: FIR5 Sample Data
49
Object 2217H: Selected FIR Filter
49
Object 2218H: FIR Pre-Scaler
49
Object 2300H: PDCR Min Pressure
51
Object 2301H: PDCR Max Pressure
51
Object 2302H: PDCR Type
51
Object 2304H: PDCR Text
51
Device Profile Segment
52
Object 6100H: AI Input FV
52
Object 6101H: AI Input Unit
53
Object 6110H: AI Sensor Type
53
Object 6120H: AI Input Scaling 1 FV
54
Object 6121H: AI Input Scaling 1 PV
55
Object 6122H: AI Input Scaling 2 FV
56
Object 6123H: AI Input Scaling 2 PV
56
Object 6124H: AI Input Offset
57
Object 6130H: AI Input PV
58
Object 6131H: AI Physical Unit PV
59
Object 6148H: AI Span Start
60
Object 6149H: AI Span End
60
Object 6150H: AI Status
61
Appendix B. Alternative Pressure Units
63
Appendix C. Bibliography
65
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GE BAKER HUGHES DPS 5000 Series User Manual (36 pages)
I2C-bus Pressure Transducer
Brand:
GE
| Category:
Accessories
| Size: 0.43 MB
Table of Contents
Table of Contents
6
Introduction
9
General
9
Configuration
9
Figure 1 External and Internal DPS 5000 Sensors - General View
9
Installation
10
General
10
Mounting and Orientation
10
Connecting to the Pressure Source
10
Electrical Connections
11
Figure 2 Pressure Connection
11
Figure 3 Typical I 2 C-Bus Network
11
Functional Description
12
Sensor Communication
12
Figure 4 Typical I 2 C-Bus Data Transfers
12
Table 1 Electrical Connections
12
Table 2 I 2 C-Bus Feature Support
12
Memory Map
13
Register Descriptions
13
Register Bit Table Legend
13
Table 3 Memory Map
13
Address 0 - STATUS
14
Figure 5 Bit Table Legend
14
Address 1 - COMP_PRES
15
Address 2 - COMP_TEMP
16
Address 3 - ADC_PRES
16
Address 4 - ADC_TEMP
17
Address 5 - ACCESS
17
Address 6 - MVOLT_PRES
17
Address 7 - MVOLT_TEMP
18
Address 66 - I2C_ADDR
18
Address 67 - COEF_FIT
19
Address 68 - GAIN_ADJ
19
Address 69 - OFFSET_ADJ
20
Address 70 - MAX_RANGE
20
Address 71 - MIN_RANGE
20
Address 72 - CAL_DATE
21
Address 73 - MAX_ADC_PRES
21
Address 74 - MIN_ADC_PRES
22
Address 75 - MAX_ADC_TEMP
22
Address 76 - MIN_ADC_TEMP
22
Address 77 - SERIAL
23
Address 78 - CONFIG
23
Address 79 - VERSION
24
Address 82 - AVERAGE
24
Address 83 - PRES_CONV
25
Address 84 - PRES_UNIT
25
Address 85 - DELAY
26
Address 86 - SPEC_DWG
27
Address 87 - TARE_VALUE
27
Addresses 128-157 - Pressure Coefficients
27
Addresses 158-187 - Temperature Coefficients
28
Operational Description
28
Operational States
28
Figure 6 Operational States
28
Reading the Pressure and Temperature
29
Updating the Pressure and Temperature
29
Manual Update
29
Figure 7 Interaction Legend
29
Automatic Update
30
Updating the Sensor Configuration Data Registers
30
User Modifiable Registers
30
Table 4 User Modifiable Registers
30
Modifying the I 2 C-Bus Address
31
Changing the Auto-Update Period
31
Changing the Unit of Pressure
32
Reading Relative Pressure
32
Pressure and Temperature SNR
33
Figure 8 Noise Level Correction Factors
33
Maximising the Update Rate
34
Pressure Re-Calibration
34
Maintenance
35
Cleaning
35
Adjustment
36
Repair
36
Disposal
36
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