Open
A Node

Global
Events

Node
Events

Readings
Reports

Averages
Reports

Readings
Graphs

Phone List
Programming

Department
Programming

Schedule
Programming

Alarm
Checklists

Program
Users

Advanced
Options

Inputs by
Number

Login
User

Open
A Node

Global
Events

Node
Events

Readings
Reports

Averages
Reports

Readings
Graphs

Inputs by
Number

Programming
Menu

Phone List
Programming

Department
Programming

Schedule
Programming

Alarm
Checklists

Program
Users

Advanced
Options

Login
User

Reporting
Menu

Manage
Alarm

Graph
Readings

List
Events

List
Readings

Program
Input

Calibrate
Input

Zoom Up
or Down

Move
Inputs

Manage
Alarm

List
Events

Program
Input

Move
Inputs

Move
Inputs

Manage
Alarm

List
Events

Zoom Up
or Down

Move
Inputs

Lock
On

Lock
Off

Run Control
Logic

Zoom Up
or Down

Move
Inputs

Refresh
Graph

Print
Graph

Manage
Alarm

List
Events

List
Readings

Program
Input

Calibrate
Input

Refresh
Graph

Print
Graph

Manage
Alarm

List
Events

List
Readings

Program
Input

Graph
Readings

List
Events

List
Readings

Program
Input

Calibrate
Input

Manage
Alarm

List
Events

Program
Input

Refresh
List

Print
List

Manage
Alarm

Graph
Readings

List
Readings

Program
Input

Calibrate
Input

Refresh
List

Print
List

Manage
Alarm

Program
Input

Refresh
List

Print
List

Refresh
List

Print
List

Refresh
List

Print
List

Manage
Alarm

Graph
Readings

List
Events

Program
Input

Calibrate
Input

Input

Alarm

Phone

Email

Pre-Alarm

Advanced
Inhibit or Enable an Input
Node Name:
Input Name:
Inhibit for 15 Minutes
Inhibit for:hours
Reset and Enable

Event Details

Calibrate a Sensor
Node Name:
Input Name:
Sensor Currently Reads: Deg C

If you leave the One Person Calibration Box unchecked, then the Centron will use the current system reading for the as-found.

If you check the One Person Calibration box, then this data entry may take place at a time other than the time when calibration was tested. If so, the offset calculated will be identical regardless of the time of data entry. However, it is essential that the reference and the Rees system are read at the same time and the data noted for entry into the boxe(s) below.

Reading of Independent Standard:
Operator:
Reference Equipment for Line 1:
Line 1 Equipment Cal Date:
Reference Equipment for Line 2:
Line 2 Equipment Cal Date:
Reference Equipment for Line 3:
Line 3 Equipment Cal Date:
Procedure Number:
Sensor Tolerance:
Calibration Uncertainty:
Calibration Date:
Calibration Due Date:
Asset:
Ambient Conditions:
Certificate Comment:

Calibrate a Sensor
Node Name:
Input Name:
Sensor Currently Reads: Deg C
Uncalibrated Reading Would Be: Deg. C

This data entry may take place at a a time other than the time when calibration was tested. If so, the offset calculated will be identical regardless of the time of data entry. However, it is essential that the NIST meter and the Rees system are read at the same time and the data noted for entry into the boxes below.

Rees System Reading When Independent Standard Was Read:
Reading of Independent Standard at the Same Time:

NOTE: This calibration method will not generate ISO17025 calibration certificates.

Calibrate a Linear Transducer
Node Name:
Input Name:

This data entry may take place at a a time other than the time when calibration was tested.If so, the offset calculated will be identical regardless of the time data entry. However, it is essential that the NIST meter and the Rees system are read at the same time and the data noted for entry into the boxes below.

Scaling(m) parameter: Offset(b) parameter: System Reading
Rees System Reading When Independent Standard Was Read:
Reading of Independent Standard at the Same Time:
System Reading = (Input Volts X m) + b

NOTE: This calibration method will not generate ISO17025 calibration certificates.

Please enter a Comment
User:    Password: 

Trouble Alarm
Alarm Sound:
Alarm Delay (mins):
Department Monitored:
Phone:
Phone List:
Email:
Location:

Input Name:
Reads:
Type:
Input/Grp:
Inhibit for (mins):
Scaling (m) Parameter:
Offset (b) Parameter:
Units:
Map Icon:

Alarm
Alarm Limits: to
Alarm Sound:
Alarm Delay (mins):
Persistance:
Alarm Schedule:
Alarm Checklist:

Phone
Telephone Alarm:
Day/Night Schedule:
Day Phone List:
Night Phone List:

Email
Send Emails for: Alarm Events
Return To Normal Events
Alarm Inhibit Events
Send All Emails To:
After 15 minutes, send to:
After 30 minutes, send to:

Pre-Alarm Alert
Alerts: Sound Pre-Alarm Alert
Alert Limits: to
Alert Delay (mins):

Advanced
Logging for Advanced Reports:
Comment Required for this Input:
Node's Alarm Relay:
Input's Spoken ID:
Telephone Calling Priority:

Add/Edit Alarm Handling Instruction Lists
List:

NOTE: The text that you enter above will be inserted into all comments about alarms that use these instructions. You may put square brackets [] into the notes to allow the person responding to the alarm to enter a response.

Edit System Access Codes
User:

Login:

Valid in this Node
Code is locked out
Department:

Permissions:














Advanced Options
Institution:
Address:
Address:
Normal Logging Rate:
In-Alarm Logging Rate:
Bobble Logging: Log In-Range/Out-of-Range During Alarms
Bobble Logging: Log Pending/Normal Transitions
Login Timeout:  Minutes
Passwords Expire:  After  Days
Minimum Password Length/Complexity:  Characters Enforce Complexity
Electronic Signatures (21CFR11): Require for Program/Alarm Changes
Account Lockout: Accounts will Lock after 5 Failed Logins
Comments: Comment Expected to Explain User Actions
Date Format: European  1-Jan-Year  4 Digit Year
Time Format: Use 24 Hour Clock

Please Enter Selections
Starting Date: 
Ending Date: 
Select by Event Type
Select by Input Name
Select by Input Number

Edit Schedules
Schedule


On at:

Mon
Tue
Wed
Thu
Fri
Sat
Sun
Hol
Off at:

Mon
Tue
Wed
Thu
Fri
Sat
Sun
Hol
On at:

Mon
Tue
Wed
Thu
Fri
Sat
Sun
Hol
Off at:

Mon
Tue
Wed
Thu
Fri
Sat
Sun
Hol
On at:

Mon
Tue
Wed
Thu
Fri
Sat
Sun
Hol
Off at:

Mon
Tue
Wed
Thu
Fri
Sat
Sun
Hol
On at:

Mon
Tue
Wed
Thu
Fri
Sat
Sun
Hol
Off at:

Mon
Tue
Wed
Thu
Fri
Sat
Sun
Hol

Select Module Input
Serial Number:
Module Position: