No. To read data from PAC-99X/141X via RS-485 you have to use another application, e.g. SimCorder Soft. DAQ Manager is only for visualization of recorded data, however it can display a current measurements, but it requires a direct connection with PAC-99X/141X via ETHERNET to serve this function.

This is a multiplexer. User can select the range of input Logic channels X[i], and log. chan. Y decides which channel of X[i] is switched to the output. Simply example: Log.ch.1, Log.ch.2, Log.ch.3, Log.ch.4 are selected as input X range and Log.ch. 5 as a switch driver (Y). Due to a PAC-99X/141X uses a floating point values (not integers) it requires of strictly defined ranges. In the table below a simplified mathematical description is used, so in fact Multiplexer selects X[i] as follows:

Selecting channel Y be careful that its value is exact, the best it should be a manual setpoint.

Modbus RTU protocol is not fully implemented in the PAC-99X/141X. Functions 3, 4, 6 and 16 (10 Hex) of Modbus RTU protocol are available only.

There are simply electromechanical relays with more than 5A max load (for R45 module) or more than 1A (for R81 module). There are no heating, but it is strongly recommended not to switch full load (e.g. every 1 second) for a long time. Due to construction of this modules it is IMPOSSIBLE to connect all relays together to obtain 20Amps (8A respectively) - the delays between particular relays cause non-uniform division of in-rush currents what can damage module.

To export user manual into flash disk, use Export manual button available in Device information menu.

To enable the configuration of the PAC-99X/141X with an external computer, follow these steps:

1. Download free Xming software from: sourceforge.net/projects/xming/files/Xming/6.9.0.31/Xming-6-9-0-31-setup.exe/download

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2. Install Xming on your PC using default settings. During installation enable Create a desktop icon for Xming option and disable Launch Xming option.

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3. After installation of the Xming use the right mouse button to open the properties window for desktop icons of the Xming and replace the -multiwindow with -ac -screen 0 320x240+300+300, then close the window properties and run Xming using desktop icon.

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4. In Network settings of the PAC-99X/141X device in the group Remote Display enter the IP address of your computer and Screen number=0, then exit menu and save configuration changes.

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5. In the Device information menu press Remote display button and confirm switching to remote display. After a while the device screen will be redirected to your computer screen.

PAC-141X is equivalent to the PAC-99X device in a larger housing (144x144x100mm instead 96x96x100mm) and a larger touch screen. Using a larger housing allows to equip the PAC-141X unit with modules with increased (50%) number of inputs and outputs of measurement and control.

Alarm state of source channel can inform about few events, e.g.: sensor error, too high/low value or no response via RS-485. In such situations device has to know how to set the output. For example: relay in alarm state, may be set to defined state (open/close) or remain unchanged. Similarly current output in alarm state, can generate defined value or remain unchanged.  

1. Select one logical channel and switch it in hardware input mode
2. Select and configure input for measurement of the current flow using Source and Configure source options
3. Select another logical channel and switch it in Data from other channel mode
4. Set Source parameter by selection of the channel previously configured (see step 1)
5. Set Quantity parameter as Balance.

Port 502 should be enabled (added to exception list) in firewall settings. If PAC-99X/141X does not have external IP address assigned (e.g. NAT is used) proper redirection of port 502 should be made on a router/gateway in PAC-99X/141X's network. Additionally, on PC should be installed JRE in version greater or equal 1.6.0_27 (applets has not been tested on JRE 1.7). JMulticon applet certificate should be accepted to launch it.

1. Download Modbus templates from www.bdsimex.com website
2. Unpack them and copy to a flashdrive, plug the flashdrive into PAC-99X/141X USB plug, 
3. Enter menu: File management → Configuration Files → Load modbus template
4. Select template to be copied into device, and press apply button.

1.     Load Modbus templates to a PAC-99X/141X

2.     Enter menu Modbus, and select desired port number

3.     Set the port configuration:

• Mode: MASTER

• Baud rate: usually 9600 bit./sek.

• Format: 8N1

• Request Timeout: 1 sek.

4.     Press SLAVE devices button

5.     Select “MODBUS address” of the desired device. BD|SIMEX factory setting is 255 for devices with display, or 254 for DIN-rail mounted devices (check manual of the device to select correct address).

6.     Press Load device template, and select proper modbus template from the list

In Profiles/timers menu enter Section list submenu. To add new section in signal press green plus button in bottom left screen corner. Parameters Duration and Unit determines the time in which the section will be generated. Shape parameter defines shape of the section. Final value parameter defines section value after expiration of its time. It is also initial value for the next section. Triggered profile will generate consecutive sections according to their parameters. Also in Profiles/timers menu there is the Idle value parameter. It defines signal value when profile is not triggered.  

If it is USB mouse or keyboard, just simply plug it into the USB socket. If user wants to connect mouse and keyboard there are two ways to do that. If PAC-99X/141X has two USB sockets, then user should plug mouse to front USB and keyboard to back USB or in the opposite way. Second way to plug mouse and keyboard to device is first connect USB HUB, then mouse and keyboard to the HUB.

There are no test programs in PAC-99X/141X.

Yes. But it can be done only by an authorized service. If user will do it by himself, warranty will be lost. Modules are identified automatically when device starts, but after that switch, there are also changes on the input/output lists, which affects the logical channels configuration. In other words, user should correct the configuration after switching modules.

All temperature measurements in PAC-99X/141X are made in Centigrades. To rescale these measurements to degrees Fahrenheit user should use formula which is shown below:

T_F = 1.8xT_C + 32,

where: T_F – temperature in °F, T_C – temperature in °C

Lets assume that our temperature range is from -50˚C to 85˚C (but this range is arbitrary). In that case:

1.     enter desired Logical channel menu,

2.     Scale parameter set as linear

3.     enter Configure scaling submenu,

3.1. in Output unit parameter write °F,

3.2. in Input value parameter for Point 1 block write: -50 (which is low range limit),

3.3. in Output value parameter for Point 1 block write: -58 (according to the formula TF,

3.4. in Input value parameter for Point 2 block write: 85 (which is low range limit),

3.5. in Output value parameter for Point 2 block write: 185 (according to the formula TF),

Yes.

To make it possible it is required to select thresholds ( Menu -> Device configuration -> Built-in outputs -> Relay.n -> Level mode -> channel ) as logical channels which are not a constant values. Then selected logical channels can be used to easily change thresholds of the relay. The logical channels used as Thresholds can be then controlled via Modbus or can be simple Setpoints controlled from the screen of the device.

Yes, we have released the MultiCon Emulator software for this purpose. This software allows you to run on your computer screen a virtual PAC-99X/141X and familiarize yourselves with its functionality completely free of charge. The MultiCon Emulator is an accurate representation of the actual equipment. In order to test measurement inputs it has been equipped with the virtual measurement and relay output source. A full-featured recording module allows you to write data on the virtual drive and then send them on to a USB flash drive or DAQ Manager directly using TCP protocol.