EasyManuals Logo

Parker SciLog DINCon User Manual

Parker SciLog DINCon
42 pages
To Next Page IconTo Next Page
To Next Page IconTo Next Page
To Previous Page IconTo Previous Page
To Previous Page IconTo Previous Page
Page #19 background imageLoading...
Page #19 background image
19
bit3 = high alarm
154-155 R IEEE Float Temperature Value
160-161 R/W IEEE Float Conductivity Alarm Limit - Low
0.0
162-163 R/W IEEE Float Conductivity Alarm Limit - High
0.0
164-165 R/W IEEE Float Temperature Alarm Limit - Low
0.0
166-167 R/W IEEE Float Temperature Alarm Limit - High
0.0
180 R/W IEEE Float Temperature Reference
25.0
182 R/W IEEE Float Temperature Coefficient
1.90
184 R/W IEEE Float Temperature Offset
186 R/W 16 bit Temperature Comp. Disabled if NZ
0.0
201 R/W 16 bit Sensor ID Type
0 = Luer
1 = 3/8" Barb
2 = 1/2" Barb
3 = 3/4" TC
4 = 1" TC
100 = Cal Fixture
202 R/W 16 bit Sensor ID Material
0 = Polypropylene
1 = Polysulfone
203 R/W 16 bit Sensor ID Month
204 R/W 16 bit Sensor ID Year
205 R/W 16 bit Sensor ID Lot
206 R/W 16 bit Sensor ID Unit Number
208 R/W IEEE Float Sensor Temperature Offset (TO)
210 R/W IEEE Float Sensor Cal Factor (CCF)
220 R/W 16 bit Sensor Custom Cal Status
bit 0 = Invalid
bit 2 = Start Cal
bit 6 = Cal in Progress
bit 7 = Write Cal Data
221 R/W IEEE Float Sensor Custom Temperature Offset (CTO)
223 R/W IEEE Float Sensor Custom Cal Factor (CCF)

Questions and Answers:

Question and Answer IconNeed help?

Do you have a question about the Parker SciLog DINCon and is the answer not in the manual?

Parker SciLog DINCon Specifications

General IconGeneral
BrandParker
ModelSciLog DINCon
CategoryControl Unit
LanguageEnglish

Related product manuals