Standard Series Cap Number 9 Mounting Screw Cover | White Electric

No – Unfortunately the 3-position switches, 49M and P49MBPR, do not fit into the Solis or Solis T range.
If blind control is required, you can use 2 x 40MBPRL mechanisms using one for UP and one for DOWN
 

See below video

The timestamp shown on the Wiser Camera is linked to the installers time zone set on their phone. If this time zone does not align with where the camera is, you will need to unpair and then re-add the camera again using a phone set with the correct time zone.
 

The Wiser Smoke Alarms do not repeat the Zigbee signal throughout the home and are an 'endpoint', similar to the battery devices within the range.

Please view the video.

Please view this video.

Please view the video.

When installing the Wiser Smoke Alarm testing of the alarm and interconnection should be done after the product is paired to the Hub and also after any RF pairing is completed.
The Wiser Smoke Alarm is recommended to be tested monthly after installation. 

 

When used as part of a Wiser smart home system the Wiser Smoke Alarm can Integrate into Wiser Automations (e.g. to turn all house lights on if smoke is detected)

The Wiser Smoke alarm (CLP599WSAL) has 433MHz RF and Zigbee 3.0 tech included, meaning they are compatible with Clipsal Fire Tek® Wireless smoke alarms 755LPSMA4 and 755RFB2 bases to allow simple upgrade opportunities

The Power switch on the Wiser Smoke Alarm is marked OFF/AUTO because the device turns off when it is removed from it's mounting base and when reinstalled it turns on Automatically.

Issue:
LC1D09 - LC1D38 Coil tolerance

Product Line:
Contactors and Starters, IEC

Environment:
Tesys D Contactors

Cause:
Needs the coil tolerance for Tesys D-line contactors LC1D09 - LC1D38.

Resolution:
AC single frequency coils: 50Hz and 60 Hz (-20% / +10%);
AC dual frequency coils: 50Hz (-20% / +10%) ; 60Hz (-15% / +10%)
DC standard coil for LC1D09 -D38 and LC1DT20 to DT40: (-30% / +25%)
DC standard coil for LP1D12 and D25: (-20% / +10%)
DC wide range coil for LP1D12 and D25 : (-30% to +25%)

Issue:
Breakdown of components for 9001KYK117  

Product Line:
Harmony Push Buttons

Environment:
Harmony Control Stations

Cause:
Product Features

Resolution:
9001KYK117 components are:
1-9001KY1S1 (red enclosure)
1-9001K15 (break glass operator)
1-9001KA1 (1 open and 1 closed contact)
1-9001KN799RP (legend plate)

Replacement glass discs are 9001K57 (package of five)

A Quick how to video to show changing the mode on the Spark-e-Mate 493BTLi unit to Safe Mode, Super Safe Mode, Turbo Mode and then back to Normal mode. An explanation of each of the modes is also included and how these influence the tripping of RCDs during the Fault Loop or Earth Continuity testing. This video then shows how to disable the Desensitisation routine on the Fault Loop and Earth Continuity tests which can cause RCD tripping in some cases.

Product Line:
Circuit Breakers

Resolution:
There are two terminals on the UVR and the shunt trip accessories to which the control wires are attached (polarity does not matter).

• The shunt trip will trip the circuit breaker if control voltage is applied across the two shunt trip terminals.
• The undervoltage trip will trip the circuit breaker if control voltage is removed from the two undervoltage trip terminals.

Here are links to the instruction bulletins for the shunt trips and undervoltage trips of the PowerPacT breakers
PowerPacT H, J, and L document 48940-229-01
PowerPacT M, P, and R document 48049-245-03

Detection delay can be set to 15, 30, 45 and 60 seconds as a preset option or you can set a custom time value between 1 second and 59 minute 59 seconds.

Be aware that changing the detection delay value can change the battery life of the product.
To explain how this works we will use 5 minutes detection delay as an example. When motion is detected the sensor sends the signal ‘occupied’ to the hub. If no more motion is detected within the 5 minutes the sensor will send the signal ‘unoccupied’. If there was motion detected during the 5 minutes the 5 minutes will restart again. This will continue restarting until no motion is detected.

To configure the Wiser Motion sensor to control another Wiser product you will need to go into your Automations and create two Automations. One Automation as an ‘on’ and another as an ‘off’.

The ‘on’ Automation can be created by first selecting to add a new Automation. Once open name the Automation accordingly. Add a condition ‘when device status changes’, select the motion sensor, select motion state and occupied. Then add an action of what you want to occur when the motion sensor detects motion. As an example, if you wanted to turn on a device you would add task of ‘run the device’. This will then bring up the list of devices you have to choose from to operate and once you select a device you can then select to turn it on or off.

The ‘off’ Automation is the same as the ‘on’ Automation but select the motion sensor state of ‘unoccupied’ as the condition.

On the iPhone there is no ability to select from what app the email is generated. Due to this iPhone requires that its default email app be set up with an account so that these report emails can be sent through this default app.

Spark-e-Log does not have the ability to determine what values are passes or failures. This determination should be made by the qualified person doing the tests. You can select within the settings of Spark-e-Log if you wish to have the results default to failure or pass. If set to failure you will need to change them all to passes if the values tested are correct otherwise if set to pass you will still need to confirm the values obtained during testing are a pass or fail and will need to change those that fail to fail.

MAXBAR with neutral terminal block can be used to distribute active and neutral in the row with main switch. Use the connectors provided with MAXBAR to take active and neutral feed from the row with main switch to take the feed to other rows. You can follow the same process for other rows in switchboard.

MAXBAR is a top feeding comb busbar able to feed Line & Neutral from the Main incoming Switch or MCB and neutral terminal directly to all type of Clipsal RCBOs and AFDDs. 

There are Comb busbar for 1P+N and 3P+N applications. There is one variant with neutral terminal block for rows with Main Switch  and another variant for rows without Main switch.

MAXBAR removes the need for cutting stripping, twisting and managing cables for feeding RCBO & AFDD on typical installation. This helps to achieve installation speed of up to 15x faster with MAXBAR compared to traditional wiring.

Scanning QR codes with a mobile device helps to easily access all the product specifications, Instruction Sheet, product picture, 360° views, features & benefits, certificates and compliance, brochure and related products.

The Pictograms are designed to help electricians simplify safety conversation with home owners. They help electricians to explain the meaning of different type of circuit protection needed in a typical home without using technical terms. See below image for meaning of all pictograms used on MAX9 products.

We recommend using MAX9 MCB backup protection device for MAX9 SPD.
You can use 1P 40A MCB (MX9MC140) for 1P SPD (MX9SP140), and 3P 40A MCB (MX9MC340) for 3P SPD
(MX9SP340).

The 449A has the dimensions 122mm long, 78mm wide, 32mm deep.

Some of the key features are:

• Moulded surface mounting blocks
• With metal inserts
• To suit all standard size accessories

For further information please visit https://www.clipsal.com/products/detail?CatNo=449A&itemno=449A-BK&backto=/search?q&tab-document-1=0

Schneider does not publish a trip curve for Acti 9 RCD. However, it is confirmed that they comply with the standards IEC 61008, IEC 61009 and AS/NZS3190:2002 Type II.

The maximum break times for these standards are outlined in the document attached with advise on discrimination with RCD devices.

Issue:
AC coil replacement for CAD32 and CAD50

Product Line:
Relays

Environment:
Tesys CAD Control Relays

Cause:
Product selection

Resolution:
Volt = coil part number
12 = LXD1J7
21 = LXD1Z7
24 = LXD1B7
32 = LXD1C7
36 = LXD1CC7
42 = LXD1D7
48 = LXD1E7
60 = LXD1EE7
100 = LXD1K7
110 = LXD1F7
115 = LXD1FE7
120 = LXD1G7
127 = LXD1FC7
200 = LXD1L7
208 = LXD1LL7
220/230 = LXD1M7
230 595 21 LXD1P7
230/240 = LXD1U7
277 781 30 LXD1W7
380/400 = LXD1Q7
400 = LXD1V7
415 = LXD1N7
440 = LXD1R7
480 = LXD1T7
600 = LXD1X7
690 = LXD1Y7

 

Issue:
INF8 code, (internal power supply fault) on ATV71

Product Line: 
Altivar ATV61 and ATV71

Environment:
All types

Cause:
The control supply voltage is to incorrect.

Resolution:
Check the control supply voltages between +24vdc and com or +24V and 0V. 
If using an external supply check +24Vdc supply connect between P24 and 0V, and insure the voltage is greater than 19Vdc and does not exceed 30vdc.

Issue:
Wants the Altivar VFD set to always run at a particular speed when no reference input is connected.

Product Line:
Altivar 12, 32, 312, 61, 71, 212, 320

Environment:
All models

Cause:
VFD does not run the motor without a speed reference.

Resolution:
If there is no external speed reference when the VFD gets a run command, then it will always run at the minimum speed programmed to the VFD.  Set the minimum speed parameter to the desired run speed.  Use parameter LSP for the Altivar12, 32, 312, 320, 61, 71 drives.  Use parameter LL for the Altivar 212 drive.  These can be adjusted while the motor is running.