EPU452 Manual - Revision history

Boris: /* Hardware Warranty */

2018-06-27T06:23:02Z

‎Hardware Warranty

PaulDuckworth: /* Introduction */

2015-08-06T06:05:33Z

‎Introduction

Boris: /* Sampling rates */

2015-08-05T23:17:10Z

‎Sampling rates

Boris: /* Sampling rates */

2015-08-05T23:14:51Z

‎Sampling rates

Boris: /* Sampling rates */

2015-08-05T23:13:07Z

‎Sampling rates

Boris: /* Advanced settings commands */

2015-08-05T23:10:08Z

‎Advanced settings commands

Boris: /* General Commands */

2015-08-05T23:05:11Z

‎General Commands

PaulDuckworth: /* Operating Software */

2015-08-05T05:16:56Z

‎Operating Software

PaulDuckworth: /* RTD commands */

2015-08-04T01:49:36Z

‎RTD commands

Boris: /* dO2 commands */

2015-08-03T00:18:36Z

‎dO2 commands

@@ Line 497: / Line 497: @@
 === Hardware Warranty ===
-eDAQ Pty Ltd warrants this product, to be free of defects in material and workmanship for three years from the date of purchase. eDAQ Pty Ltd will repair or replace defective equipment as appropriate. To obtain a warranty repair/replacement you must first notify us before return of the instrument and we will issue you with a RAN (return authorisation number). You must ship the defective product at your expense. We will pay return shipping. The product should be packed safely (preferably in its original packaging) and have the RAN on the shipping label. Returns sent without a RAN may be refused delivery.
+eDAQ Pty Ltd warrants this product, to be free of defects in material and workmanship for 12 months from the date of purchase. eDAQ Pty Ltd will repair or replace defective equipment as appropriate. To obtain a warranty repair/replacement you must first notify us before return of the instrument and we will issue you with a RAN (return authorisation number). You must ship the defective product at your expense. We will pay return shipping. The product should be packed safely (preferably in its original packaging) and have the RAN on the shipping label. Returns sent without a RAN may be refused delivery.
 This warranty does not cover hardware that has:

← Older revision		Revision as of 06:05, 6 August 2015
Line 14:		Line 14:
	# '''Biosensor''', for amperometric sensors, incuding enzymic peroxide sensors.		# '''Biosensor''', for amperometric sensors, incuding enzymic peroxide sensors.

−

	This manual also describes the operation of:		This manual also describes the operation of:

@@ Line 374: / Line 374: @@
 Maximum sampling rate is 100s/Sec.
-If multiple functions are active, then only the lowest common sample rate that all the channels "agree upon" will be used.  In the example above if conductivity channel is chosen to operate at 10 samples per second then the mV channel will also operate at 10 /s.
+If multiple functions are active, then only the lowest common sample rate that all the channels "agree upon" will be used.  In the example below, if conductivity channel is chosen to operate at 10 samples per second, then the mV channel will also operate at 10 /s.
 An example showing the different rates available for mV compared to mid-range conductivity:

@@ Line 368: / Line 368: @@
 The '''s''' sample command will show readings at 1Hz (the default), or a rate that you can optionally specify.
-There are a limited number of sampling rates available ('''get rates''' lists available rates for a specific function)
+There are a limited number of sampling rates available ('''get rates''' lists available rates for a specific function.
 The valid rates available may depend on what functions and ranges are assigned to the channel.
-Conductivity is special case, in that sampling rates also depend on the range being used
+Conductivity is special case, in that sampling rates also depend on the range being used.
 Sampling can only occur at a speed common to all channels.
 Maximum sampling rate is 100s/Sec.

@@ Line 366: / Line 366: @@
 ====Sampling rates====
-The "s" sample command will show readings at 1Hz (the default), or a rate that you can optionally specify.
+The '''s''' sample command will show readings at 1Hz (the default), or a rate that you can optionally specify.
-•	There are a limited number of sampling rates available (get rates lists available rates for channel)
+There are a limited number of sampling rates available ('''get rates''' lists available rates for a specific function)
-•	The valid rates available may depend on what functions and ranges are assigned to the channel.
+The valid rates available may depend on what functions and ranges are assigned to the channel.
-•	Conductivity is special case, in that sampling rates also depend on the range being used
+Conductivity is special case, in that sampling rates also depend on the range being used
-•	Sampling can only occur at a speed common to all channels.
+Sampling can only occur at a speed common to all channels.
-•	Maximum sampling rate is 100s/Sec.
+Maximum sampling rate is 100s/Sec.
 If multiple functions are active, then only the lowest common sample rate that all the channels "agree upon" will be used.  In the example above if conductivity channel is chosen to operate at 10 samples per second then the mV channel will also operate at 10 /s.

@@ Line 364: / Line 364: @@
 A number of advanced commands are available to users providing their own operating software.  Contact eDAQ for support.
-Note 1
+====Sampling rates====
 The "s" sample command will show readings at 1Hz (the default), or a rate that you can optionally specify
 •	There are a limited number of sampling rates available (get rates lists available rates for channel)
 •	The valid rates available may depend on what functions and ranges are assigned to the channel.
@@ Line 372: / Line 374: @@
 •	Maximum sampling rate is 100s/Sec.
-  An example, showing the different rates available for mV compared to mid-range conductivity:
+If multiple functions are active, then only the lowest common sample rate that all the channels "agree upon" will be used.  In the example above if conductivity channel is chosen to operate at 10 samples per second then the mV channel will also operate at 10 /s.
    EPU452> set c 4 func mv
@@ Line 384: / Line 388: @@
    Channel 4 range 0.02
    EPU452> get rates
    EPU452 Rates 1 2 4 5 10 20
-−
-If multiple functions are active, then only the lowest common sample rate that all the channels "agree upon" will be used.  In the example above if conductivity channel is chosen to operate at 10 samples per second then the mV channel will also operate at 10 /s.
 ==Specifications ==

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 ==== General Commands ====
 {| style="width: 85%;"
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 |set channel <N> function Cond	||Configure channel as conductivity <N> = 1, 2, 3, 4 or 'all'
 |}
 ==== Voltmeter (mV) commands ====

@@ Line 65: / Line 65: @@
 === MF Configurator  Software ===
 Menu Items
-File:
+:• File:
-Open – this opens a folder containing previously named saved configurations
+:• Open – this opens a folder containing previously named saved configurations
-Save – this saves the current configuration for future use.
+:• Save – this saves the current configuration for future use.
-Save as.. – this saves a configuration with a new name
+:• Save as.. – this saves a configuration with a new name
 Help:
-User Manuals
+:• User Manuals
-Software update options
+:• Software update options
-Check for updates- checks to see if you are running the latest version of software.
+:• Check for updates- checks to see if you are running the latest version of software.
-About…. Describes the version of MF Configurator software installed
+:• About…. Describes the version of MF Configurator software installed
 Unit Set-Up Screen
 The unit setup screen allows three important actions to be performed:

@@ Line 278: / Line 278: @@
 | style="width: 30%; | '''Command''' || style="width: 70%;" | '''Description'''
 |-
-|set channel <N> range	||Set input range -20  To 500   °C
+|set channel <N> range	||Set input range -20  to 500°C
 |-
 |get channel <N> range	||Get input range

@@ Line 305: / Line 305: @@
 |set channel <N> Vex <millivolts>	||Set Vex in millivolts
 |-
-|get channel <N> Vex	||Get Vex
+|get channel <N> Vex	||Get Excitation voltage Vex
 |-
 |set channel <N> offset <0 off>	||Remove any input offset