Installation Guide AM-TVLOOP Figure 7-8 AM-TVLOOP installation diagramAustco June 10, 2015 149
TV Controller Tacera 7.8 TV Controller Table 7‐7 TaceraTV Controller Series Product Code Description AM‐TVC TV Controller, Infrared (with Audio Amplifier) IAM‐TVR/L TV Controller Relay, Latching AM‐TVR/M TV Controller Relay, Momentary The TV Controller is an infrared transmitter for use with a Tacera Nurse Call System that provides patients with in‐bed control of the television in their room. Figure 7‐9 The AM‐TVC TV Controller Comprised of a TV control circuit with infrared transmitter and isolated audio circuit, the device is housed in a small, insulated plastic enclosure that is suitable for installation in ceilings or near the television. The control module integrates with any Tacera callpoint with an optional 8‐pin DIN socket. The buttons on a multifunction or entertainment handset control the following: • TV – on/off • Channel – up/down • Volume – up/down. The infrared transmitter provides totally electrically isolated remote control of the television using the existing infrared remote control receiver on the television. Television audio can be heard through the speaker in the entertainment handset or through an earpiece connected to either a multifunction or entertainment handset. An in‐built amplifier adjusts the television headset audio to a level suitable for the entertainment handset speaker.150 June 10, 2015 Chapter 7: Handsets, Pendants and Accessories
Installation Guide TV Controller 7.8.1 Installation The AM‐TVC is infrared and is installed next to the TV. The dimensions of the housing is 83 x 54 x 28 mm (3.27 x 2.13 x 1.1”). It weighs 65 grams (2.3 oz) and can be affixed on the side of a TV set with a piece of Velcro. The infrared transmitting LED is at the end of a flexible black cable, about 500 mm (20”) long. It is affixed on the TV set with a piece of double‐sided sticky tape to position the LED in front of the infrared receiver. The entertainment handset would replace the usual TV remote controller. 7.8.2 Connections The TV Controller connects to the handset socket via a flat modular cable and 4‐way modular connectors. See “IP‐CPG‐EHO Connection Diagram” on page 107. The infrared transmitter comes on a short lead with sticky‐backed window pad and is typically attached to the side or rear of the television. The audio connection between the television and the handset is by means of an audio jack on the controller that is connected to the audio output jack on the television. Audio output from the TV must be from a point that varies in amplitude under the control of the volume Up/Down buttons. The TV Controller operates at 12 V nominal voltage and current of less than 10 mA supplied via the callpoint. The controller’s electronics are protected against power surges, near lightning strikes, cable shorts and power reversals. 7.8.3 Configuration The infrared transmitter is programmed to operate the infrared receivers of the specific televisions on‐site. A sample of the specific television’s remote controller is required for custom programming using the AM‐TVP provided by Austco.Austco June 10, 2015 151
Call Pendants Tacera 7.9 Call Pendants A palm‐sized, easy‐to‐grip pendant for patients to activate calls on a Tacera Nurse Call System. The casing is manufactured from white, durable, impact resistant plastic. Figure 7‐10 The CM-PM Call Pendants The 20 mm (0.79”) diameter button of the CM‐PM is easy to press, coloured green (or orange or red) for quick identification and contains Braille for the letter “N” for the sight impaired. An optional air pad pendant is available (CS‐PMPAD), which is a large 80 mm (3.15\") diameter soft touch, air‐activated pad with cable for use by disabled patients or patients with reduced manual dexterity. 7.9.1 Installation The handsets and pendants are supplied ready to plug in. Linen clips and holders can be ordered separately. The catalogue code for Handset/ Pendant holder is CP‐HOLDER. The Entertainment Handset pack contains a plastic hook and mounting screw. The handset case has a recess in the back, behind the speaker, and hangs from the hook on a bed side or bedhead panel. Alternatively, a hook mounted on a Clipsal2000 plate can be ordered separately (Catalogue code: C‐2000H) when ordering the CAA‐EEH.152 June 10, 2015 Chapter 7: Handsets, Pendants and Accessories
Installation Guide Call Pendants 7.9.2 Activation and Cancellation When a call has been initiated from the CALL button on the handset/ pendant, the wall callpoint beeps and the corresponding CALL button illuminates brightly. A solid‐state reassurance light within the CANCEL button on the wall callpoint also activates. These all combine to reassure your patient that the handset is working correctly and that a call has been activated. The ‘/TB’ version of pendants do not include reassurance. The callpoint CALL button and pendant removal alarm can be configured as different and independent calls. Calls can be cancelled by pressing the red illuminated CANCEL button on a callpoint. 7.9.3 Handset Connections The handsets (except IP‐EMH) connect to any Tacera callpoint with an 8‐ pin DIN socket. The 2 m (6.56 ft) long cable is manufactured from 8‐core multi‐strand, double insulated, white PVC cable. The Ergoplus Multifunction Handset cable consists of two parts — a 3.5 mm earphone socket and a 235 mm (9.25”) cord‐saver that protects the callpoint socket, handset plug and cable from damage should the cable be placed under severe tension, such as moving the bed with the handset still connected. The Entertainment handset cable has a strong, moulded plastic plug that protects the callpoint socket from tensions. For TV/music, the handsets interface with the Infrared Transmitter TV Controller via an RJ10 modular connector on the rear of the wall callpoint. For light control, the handsets interface with the IP Dual Relay via the IPnet. 7.9.4 Pendant Connections The pendant cables are 2 m (6.56 ft) in length and manufactured from 3‐ core multi‐strand, double insulated, white PVC cable and includes a large, smooth plastic linen clip that, together with the non‐clip case, helps keep the pendant within easy reach of the patient. Longer cable lengths are available as an option. The cables have a strong, moulded plastic, right‐ angle plug that connects to any Tacera callpoint with a 6.35 mm pendant socket. The design protects the callpoint socket, pendant plug and cable from damage should the cable be placed under severe tension, such as moving the bed with the pendant still connected. The pendant with light control interfaces with the IP Dual Relay via the IPnet.Austco June 10, 2015 153
Over Bed Lights Tacera 7.10 Over Bed Lights The CM‐Dx series of lights consists of 1, 2 or 3 large LED (20 mm/0.79” diameter) on a Clipsal white grid plate No: 2031VX. The six elements LED, which emits high light levels at low current, is available in red, green and yellow. The catalogue codes are CM‐D1, CM‐D2 and CM‐D3. Make the colour sequence explicit with ‘/R’, ‘/G’ or ‘/Y’. The CM‐D1 is available as standard solid or flashing, indicate ‘/F’ for flashing (e.g. CM‐DF1/G for Over Door Flash Light, 1 LED, Green). Figure 7‐11 CM‐D 1/2/3 back and front 84 mm (3.31”) The plate is the 2000 series standard size: 111 x 68 mm (4.37 x 2.68”), with a mounting pattern of 84 mm (3.31”). Depth needed behind the plate to accommodate the screw terminals is 11 mm (0.43”): it fits in a single gang wall box. The CM‐Dx is supplied with the 2 mounting screws and a white flush surround. The CM‐D1 and CM‐D2 are available with the British plate ‘/BS’. 7.10.1 Installation For surface mounting the CM‐Dx use the 14 mm (0.55\") deep mounting block Clipsal No: 2449ASD. The deep surround Clipsal No: 2000SM hides both the grid plate and the block. Please refer to “Installation” on page 97.154 June 10, 2015 Chapter 7: Handsets, Pendants and Accessories
Installation Guide Over Bed Lights 7.10.2 Connections Figure 7-12 CM-Dx connections Each LED is protected by its own regulator, which also ensures a constant light level. One wire brings 12 V power from the IP‐CPS callpoint (CN3 screw terminal block) to the CM‐Dx + terminals. One wire each returns the individual LED – terminal to the appropriate light switch (CN3 terminal labelled “Lamp”) on the callpoint. Light duty cable can be used: data or security cable 7/0.20 mm (AWG 24) will do.Austco June 10, 2015 155
Over Bed Lights Tacera156 June 10, 2015 Chapter 7: Handsets, Pendants and Accessories
IP-DUTY HARDWARE 8INSTALLATION Installing the IP‐DUTY hardware involves connecting the device to the Tacera network, powering the device, and fixing it to the wall. This chapter lists the IP‐DUTY hardware specifications, explains the device components and their use, demonstrates how to wall‐mount the device, and illustrates the IP‐DUTY connections to the Tacera network.Austco June 10, 2015 157
Hardware Specifications Tacera 8.1 Hardware Specifications Table 8‐1 IP‐DUTY hardware specifications Feature Description Height 165 mm (6.5”) Width 218 mm (8.58\") Depth 30 mm (1.18\") Weight 527 g (18.6 oz) Mounting Method wall clamp, flush mount Mounting Height 140 mm (5.51”) cavity (inner) Mounting Width 200 mm (7.87\") cavity (inner) Display Size 7” Display Resolution 800 x 480 Power 6 Watts PoE IEEE 802.3af/at or 5 V DC Temperature 0–40°C (32–104°F) Humidity Range 20–90% relative humidity at 35°C Note Austco AM‐24/5 V can be used to convert 24 V to 5 V for IP‐DUTY.158 June 10, 2015 Chapter 8: IP-DUTY Hardware
Installation Guide Device Components 8.2 Device Components The IP‐DUTY is an in‐wall (flush mount) PoE device. Austco supplies two wall brackets and four (50 mm (1.97\") pan head) bracket screws for mounting the IP‐DUTY to the wall. There is also a 24 V to 5 V DC converter available on request. For easy mounting to the wall, the IP‐ DUTY contains a holder base, which has a breakout board attached to the outside. The breakout board contains an audio jack, an RJ45 socket, power terminal, and a USB port. Figure 8‐1 IP‐DUTY dimensions 218 mm 165 mm 7” 30 mm wall holder base 10 mm bracket IP-DUTY screw screw holes 30mm 10mm USB port breakout board RJ45 socket power terminal screw holes 6 mm (0.24“) Wall cut‐out dimensions 142 mm (5.6”) 202 mm (7.95”)Austco June 10, 2015 159
Installation Steps Tacera 8.3 Installation Steps 1 Run a Cat5e or Cat6 cable of appropriate length between the Tacera LAN and the IP‐DUTY. Plug the cable into the RJ45 socket of the IP‐ DUTY holder base. See “Power and Ethernet” on page 163 for information about choosing between the Tacera integration LAN and the Austco LAN for IP‐DUTY. 2 If you don’t wish to use a PoE switch, use the 24 V to 5 V DC converter and make a suitable power arrangement via the IP‐DUTY power terminal. 3 Lift the IP‐DUTY off the holder base to see four screw holes. Figure 8‐2 IP‐DUTY installation step 1 IP-DUTY screw holes holder base holder base inside 4 Insert a screw from inside the holder base and screw it through a wall bracket, which you hold vertically with its concave side facing the outside of the holder base. Stop after a few screw turns. Repeat for the adjacent screw hole. Note You may notice that the screw holes of the holder base are not equidistant from the top and bottom ends. The wall brackets are designed accordingly. While screwing the wall bracket to the holder base, make sure that you hold the wall bracket with the screw hole, that is 30 mm (1.18\") from its nearby end, at the top, as shown in the following figure. Figure 8‐3 IP‐DUTY installation step 2 30mm 30mm holder holder base inside base outside wall 10mm bracket 10mm screw160 June 10, 2015 Chapter 8: IP-DUTY Hardware
Installation Guide Installation Steps 5 Repeat step 3 for the other wall bracket. The setup should now look like this: Figure 8‐4 IP‐DUTY installation step 3 MicroSD card slot 6 Slide the setup into the wall hole. 7 Fasten the screws until the wall brackets are secured to the surrounding, firmly holding the IP‐DUTY in position. 8 Pull down and restore the IP‐DUTY in the holder base. Here is what an in‐wall IP‐DUTY looks like: Figure 8‐5 In‐wall IP‐DUTY without infection control cover.Austco 9 Power the IP‐DUTY and turn the device on. 161 June 10, 2015
Installation Steps Tacera 10 Place the infection control cover over the IP‐DUTY Figure 8‐6 In‐wall IP‐DUTY with infection control cover162 June 10, 2015 Chapter 8: IP-DUTY Hardware
Installation Guide Power and Ethernet 8.4 Power and Ethernet The IP‐DUTY is powered either via PoE 802.3af or 5 V DC. In the latter case, Austco AM‐24/5 V can be used to provide 5 V from 24 V, if required. Figure 8‐7 Supplying 5 V power to IP‐DUTY Figure 8‐8 PoE power connectionsAustco June 10, 2015 163
Integration IP-ACS-110 Tacera 8.5 Integration IP-ACS-110 Integration IP‐ACS‐110 refers to the hardware that has one of the Tacera integration software installed in it. In the case of the IP‐DUTY, the integration software is the Touch Duty Server software. The Integration IP‐ACS‐110 has the IP‐CONNECT disabled, which in turn turns off the DHCP. Figure 8‐9 IP‐ACS‐110 8.5.1 Installation Since it is the underlying software that differentiates the Integration IP‐ ACS‐110 from the Nurse Call IP‐ACS‐110, the hardware installation of the former is the same as that of the latter. 8.5.2 Connections The Integration IP‐ACS‐110 connections depend on the type of LAN you choose to connect the IP‐DUTY to. For detailed information about the network connections, see “Connecting the IP‐DUTY to the Tacera Network” below.164 June 10, 2015 Chapter 8: IP-DUTY Hardware
Installation Guide Connecting the IP-DUTY to the Tacera Network 8.6 Connecting the IP-DUTY to the Tacera Network You may connect the IP‐DUTY to either the Austco LAN or the Integration LAN of the Tacera network, depending on the number of IP‐ACS‐110s/IP‐ DUTY devices in your network, and whether you like to use a dedicated IP‐ACS‐110 (Integration ACS) for your IP‐DUTY or use the same IP‐ACS‐ 110 for both IPnet and IP‐DUTY. Caution Make sure that you enter the correct IP Address (Host Address) on the IP‐ DUTY setup screen. Table 8‐2 Number of IP‐DUTY per ACS ACS Server Number of IP‐DUTY that can be connected IP‐ACS‐100 not supported IP‐ACS‐110 when used up to 10 as a Floor Controller IP‐ACS‐110/Virtual 50 or more depending on resources of the server The following sections provide illustrations showing correct ways to connect the IP‐DUTY to the Tacera network. 8.6.1 Single IP-ACS-110 In a small setup where there is not much traffic, you may use the same IP‐ACS‐110 that has the IP‐CONNECT as well as the Tomcat and TD Server software installed, for both IPnet and IP‐DUTY. In such a case, connecting the IP‐DUTY to either the Integration LAN or the Austco LAN doesn’t make any difference, however, you should be careful while assigning the Host Address on the IP‐DUTY setup screen. Austco June 10, 2015 165
Connecting the IP-DUTY to the Tacera Network Tacera Figure 8‐10 Single IP‐ACS‐110 Note If you don’t use PoE, then you have to run external power cables for the IP‐DUTY units. In such a case, Austco supplies a 24 V to 5 V DC converter. 8.6.2 Single Nurse Call IP-ACS-110 & Integration IP-ACS-110 If you want to use a single Nurse Call IP‐ACS‐110 (with only the IP‐ CONNECT software) and a single Integration IP‐ACS‐110 (with IP‐ CONNECT disabled and Tomcat, TD Servers installed), you may connect the IP‐DUTY to either the Integration LAN or to the common Austco LAN for the two IP‐ACS‐110s. 166 June 10, 2015 Chapter 8: IP-DUTY Hardware
Installation Guide Connecting the IP-DUTY to the Tacera Network Figure 8‐11 Single Nurse Call IP‐ACS‐110 & Integration IP‐ACS‐110Austco June 10, 2015 167
Connecting the IP-DUTY to the Tacera Network Tacera168 June 10, 2015 Chapter 8: IP-DUTY Hardware
FLOOR 9CONTROLLER The Floor Controller (IP‐ACS‐110 hardware + IP‐CONNECT software) is Austco’s standard server for nurse call. It is appropriate for both hospital and aged care environments. The Tacera IP‐ACS‐ 110 is the replacement of IP‐ACS‐100. Table 9‐1 Tacera Floor Controllers ordering information Product Code Description IP‐ACS‐110 Floor Controller with license for one GUI IP‐ACS‐110‐R Floor Controller with license for one GUI, in 19” IP‐ACS‐110‐R/2 rack mount enclosure 2 x Floor Controllers with license for one GUI, in one 19” rack mount enclosure. Designed for redundant device applicationAustco June 10, 2015 169
Features Tacera170 9.1 Features The following are the features of IP‐ACS‐110: Table 9‐2 IP‐ACS‐110 Features Feature IP‐ACS‐110 Notes Wall mount Supported Same enclosure as IP‐ ACS‐100 Rack mount single 3RU 19” single system Same enclosure as IP‐ ACS‐100‐R Rack mount dual 3RU 19” single system Same enclosure as IP‐ ACS‐100‐R/2 LCD Display 20 Characters Same as IP‐ACS‐100 Key switch Power on/off Same as IP‐ACS‐100 Fan Supported Same as IP‐ACS‐100 Power Supply 24 V DC Same as IP‐ACS‐100 Processor Dual‐core Atom 1.86GHz RAM 2GB Doubled the RAM of IP‐ ACS‐100. Upgradeable to 4 GB. Hard disk 16GB SSD sata drive Replaces CF card 2GB and SataDOM 2GB by single SSD Ethernet ports 2 x 10/100/1000 Mbits/ Same network LANs are sec supported by IP‐ACS‐110 as with IP‐ACS‐100. Except IP‐ACS‐110 can support GbE. Serial port 2 x DB9, 1 on port Same front accessible serial port USB ports 5 x USB 2.0, 2 on front Video ports 1 x VGA front panel of rack Operating System Linux based Different release to IP‐ ACS‐100 Administration Webmin Same functionality as IP‐ ACS‐100 Redundant operation Supported Same functionality as IP‐ ACS‐100 License Supported Same type of license is applicable to IP‐ACS‐110 June 10, 2015 Chapter 9: Floor Controller
Installation Guide Features Tacera IP‐CONNECT 3.1 or the latest Previous s/w release software available 2.5.4, 2.5.19, 2.6.2 are NOT supported on IP‐ ACS‐110 Backup of configuration Supported Webmin backup feature Ghost backup of SSD Supported via direct Sata to USB device connection to SSD on a http:// PC thecomputerwarehouse. com.au/welland‐turbo‐ leopard‐usb‐30‐to‐sata‐ adapter Ghost s/w may also be required http://www.roadkil.net/ program.php?ProgramID =12 The IP‐ACS‐110 is usually wall‐mountable and manages a predefined number of beds and devices. Several servers may be needed for larger sites with multiple floors. Austco also offers rack‐mountable versions of IP‐ACS‐110, which are specifically designed to fit into a rack. Two types of rack‐mountable versions are available — IP‐ACS‐110‐R and IP‐ACS‐110‐R/2. The IP‐ACS‐ 110‐R version encompasses one Floor Controller in a 19” rack mount enclosure, while the IP‐ACS‐110‐R/2 encompasses two Floor Controllers in one 19” rack mount enclosure. Figure 9‐1 IP‐ACS‐110‐R Figure 9‐2 IP‐ACS‐110‐R/2Austco June 10, 2015 171
Features Tacera The Floor Controller is the call manager system for Austco devices and is based on Intel and Linux technology. It has been specifically designed to fit health care environments and primarily integrates with Austco devices. The IP‐ACS‐110 is also the DHCP and time server for Tacera. Using the Intel Atom processor and Mini ITX form factor gives the IP‐ACS‐110 proven performance, reliability and flexibility. A Solid‐State‐Drive (SSD) is used to enhance reliability. Webmin, a web management utility, is installed on the IP‐ACS‐110 at the Austco factory and is accessed from a web browser on a PC or laptop connected to either LAN adapter. It allows easy on‐site (or off‐site) configuration of the IP‐ACS‐110 and IP‐CONNECT software applications. See Tacera ACS Configuration Guide and the Tacera IP‐CONNECT Configuration Guide for more information. System level administration, diagnostic and setup tasks can be carried out via a PC Terminal session using an onboard RS‐232 port. Onboard PS2 keyboard and VGA connectors allow even more access to the IP‐ACS‐110 using a keyboard and monitor. Knowledge of Linux commands is necessary if the IP‐ACS‐110 is accessed using these methods. Two separate LAN adapters allow flexible and simple network setup. One LAN adapter is designed to be used to connect to Austco’s Tacera nurse call system. The second LAN adapter is used to connect to the network with Tacera nurse stations and integrations. The integration LAN can itself be the corporate LAN or connected to the corporate LAN. Figure 9‐3 Network diagram with IP‐ACS‐110172 June 10, 2015 Chapter 9: Floor Controller
Installation Guide Features Caution Do not inter‐connect Austco LAN with Integration LAN or between adjacent IP‐ACS‐110 servers. An LCD on the front panel of the IP‐ACS‐110 displays boot‐up messages; during normal operating mode the same display shows the IP address of the IP‐ACS‐110 LAN adapter used to connect to IP Corporate LAN. Power supply is a nominal 24 V DC. A dedicated power supply is provided with the IP‐ACS‐110; however it is recommended that the IP‐ACS‐110 is powered from the Austco Nurse Call battery‐backed power supply. See the Tacera Cleaning and Maintenance Guide for more details on battery management. Four USB ports allow a range of serial peripherals and input devices to be connected. Serial to USB converters may be required for some applications.Austco June 10, 2015 173
Hardware Specifications Tacera 9.2 Hardware Specifications Table 9‐3 IP‐ACS‐110 hardware specifications Form Factor Mini‐ITX (6.7 inches x 6.7 inches [170 mm x 170 mm]) compatible with microATX Processor Passively‐cooled, soldered‐down Dual‐Core Intel® Atom™ (CPU D2500 @ 1.86 GHz) processor with integrated graphics and integrated memory controller Chipset Passively cooled Intel® NM10 Express Chipset Memory • Two 204‐pin DDR3 SDRAM Small Outline Dual In‐line Memory Module (SO DIMM) sockets • Support for DDR3 1066 MHz, DDR3 1333 MHz, and DDR3 1600 MHz SO DIMMs Note: DDR3 1333 MHz and DDR3 1600 MHz memory will run at 1066 MHz • Support for up to 4 GB of system memory on a single SO‐DIMM Audio Multi‐streaming 5.1 (6‐channel) audio subsystem support based on the Realtek* ALC662 high definition audio codec Video Intel® GMA950 onboard graphics sub‐system Legacy I/O Control Winbond W83627DHG‐P based Legacy I/O controller for hardware management, serial, parallel, and PS/2* ports Peripheral • Seven USB 2.0 ports: Interfaces • Four back panel ports • Two ports are implemented with a dual port internal header for front panel cabling • One port is implemented with an internal header (brown‐coloured) that supports an Intel® Z‐U130 USB Solid‐State Drive or compatible device • Two Serial ATA (SATA) 3.0 GB/s connectors (supporting IDE and AHCI mode) • One parallel port header • Two serial port connectors on the back panel • Two serial port headers • One PS/2‐style keyboard port • One PS/2‐style mouse ports LAN Support Gigabit (10/100/1000 MB/s) dual LAN subsystem using two Intel 82574L Gigabit Ethernet Controllers BIOS Intel® BIOS (resident in the SPI Flash device) Support for Advanced Configuration and Power Interface (ACPI), Plug‐and‐Play, and SMBIOS174 June 10, 2015 Chapter 9: Floor Controller
Installation Guide Mixed Network Compatibility 9.3 Mixed Network Compatibility The IP‐ACS‐110 is a direct replacement of IP‐ACS‐100. Table 9‐4 Mixed network compatibility Item Compatibility Notes Mixed site Compatible IP‐ACS‐110 and IP‐ACS‐100 can co‐exist at same site. See Mixed redundant pair Not compatible exception for redundant pairs. IP‐CONNECT Compatible A pair must be made up of same IP‐ACS. IP‐ACS‐110 and IP‐ACS‐ Platform patches/ 100 cannot be in same pair. upgrades Same version is run on IP‐ACS‐ 110 and IP‐ACS‐100. Many platform upgrades are compatible and can be applied to either IP‐ACS‐110 or IP‐ACS‐ 100. However due to some key differences between IP‐ACS‐110 and IUP‐ACS‐100 some patches and/or upgrades may be specific to the target ACS. The compatibility of the patch or upgrade are detailed in the release notes.Austco June 10, 2015 175
Migration of IP-ACS-100 to IP-ACS-110 Tacera 9.4 Migration of IP-ACS-100 to IP-ACS-110 Where an IP‐ACS‐100 has to be replaced by an IP‐ACS110: IP‐ACS‐110 is only offered with Tacera 3.1 and newer and not previous releases of 2.5.19 or 2.6.2. Note A 2.5.19 version of IP‐ACS‐100 cannot be migrated to IP‐ACS‐110 without upgrading to Tacera 3.1. Table 9‐5 IP‐ACS‐100 to IP‐ACS‐110 Migration Item Migration Site Configuration Upload same Site Configuration to IP‐ACS‐110 Dial plan Direct copy xmlBlaster plugins and properties Direct copy License Requires re‐issue of license file as different hardware identification Call history Requires archive of IP‐ACS‐100 database and restore onto IP‐ACS‐ 110176 June 10, 2015 Chapter 9: Floor Controller
Installation Guide Installation (Wall-Mountable Version) 9.5 Installation (Wall- Mountable Version) The ACS Server should be labelled with the correct IP addresses and MAC address of the unit. The ACS Server unit is to be connected to an Austco battery backed power supply. Serial numbers shall be visible on the exterior of the ACS Server. Labels that are applied to equipment must be generated using a thermal‐based printer onto an adhesive label material. The following steps must be taken to properly install the IP‐ACS‐110, if possible, in communication or switchboard rooms or cupboards: a Open the IP‐ACS‐110. b Connect the network cables. c Connect the Power Supply (Austco UPS). d Apply power to the unit. e Backup the SSD. f Close the IP‐ACS‐110. 9.5.1 Removing and Replacing the IP- ACS-110 Lid The IP‐ACS‐110 is contained in an enclosure designed for wall or shelf mounting. Connectors are only visible when the lid is removed. 1 Using a Phillips screw driver, remove the four screws from the top of the case. 2 Slowly lift the lid from the base. The lid is attached to the base by an earth strap; there is also a cable for the power switch that can be damaged if the lid is removed with force.Austco June 10, 2015 177
Installation (Wall-Mountable Version) Tacera 3 The lid can be placed to one side. Ensure that all plugs and cards are fully seated as they could have become loose during transport. Figure 9‐4 IP‐ACS‐110 with lid removed Display LEDs Power Switch SSD 4 Once cables have been connected and power applied, refit the lid into place and replace the four screws. 9.5.2 Connecting Cables 1 The power and interface connectors are located on the base unit. All cables should be routed through the cable opening below the connectors. Cables must be secured to prevent excessive strain on the termination points 2 Connect the data input and output cables before power is applied. 3 Connect power to the interface adapters (MOXA serial to Ethernet). The diagram below shows the typical connections for a site with serial input and output data. Figure 9‐5 Connection label Austco LAN (eth1) Integration LAN (eth0) 10.1.1.250 (labelled as Mouse VGA AUSTCO NETWORK) 192.168.1.166 Line In (labelled as LAN) Keyboard RS232 Serial Ports DVI‐I USB Ports Microphone Line Out178 June 10, 2015 Chapter 9: Floor Controller
Installation Guide Installation (Wall-Mountable Version) 4 Connect the supplied IP‐ACS‐110 power lead to one IP‐PSA‐24V output and the other end to the UPS connector of the IP‐ACS‐110. The IP‐ACS‐110 requires up to 800 mA (maximum) at 24 V DC. Figure 9‐6 The Austco UPS connector UPS Connector Caution Please take care when handling the IP‐ACS‐110 to avoid damage caused by static discharge. Tip 9.5.3 Powering Up the Floor Controller The IP‐ACS‐110 can 1 Turn the key switch, on the IP‐ACS‐110 lid, to the ON position. Once be accessed via power is applied to the UPS connector, the IP‐ACS‐110 will boot up in Webmin from either approximately 30 seconds. Once fully started, the IP‐ACS‐110 will be eth0 (default running the IP‐CONNECT software with a default setup. The display 192.168.1.166) or screen will show the IP address of the adapter used to connect to the eth1 (default Tacera Nurse Station. 10.1.1.250). For IP‐ ACS‐100, the default Note eth0 value is 192.168.1.172. If the key is removed and the IP‐ACS‐110 left in the ON position, the server will automatically restart itself if power is interrupted. 2 You can access the server configuration using Webmin. See the Tacera ACS Configuration Guide for details. Figure 9‐7 The Message Display and LEDs Power LED (Green) ON OFF Power Switch Message Display Error LED (Red)Austco June 10, 2015 179
Installation (Wall-Mountable Version) Tacera 9.5.4 Shutting Down the Floor Controller The server should be switched off using Webmin; however it is possible to shut down the server using the key switch (see Alternative Step below). 1 In Webmin, click Bootup and Restart. The Bootup and Shutdown page appears. Figure 9‐8 The Bootup and Shutdown page 2 Click Shutdown System. The server powers off. Alternative Step You may also power down the server by turning the key to the OFF position. The IP‐ACS‐110 will go through a save shutdown sequence and after about 7 seconds the LCD screen will go blank. See the Tacera ACS Configuration Guide for details. Warning Remove the power lead before removing any of the drivers. Note When the Floor Controller becomes unavailable during power down or warm up, the Nurse Station and Annunciators display ‘Connection down’ message. To set up the connection down message, refer to the PCDLP User Guide ‘Keep‐alive message’. 9.5.5 Upgrading the Floor Controller Austco will periodically release a software patch for Tacera. These are usually meant to fix bugs or add interim functionality. Software patches are available on the Austco website. For details on how to upgrade the Floor Controller’s IP‐CONNECT Server see the Tacera IP‐CONNECT Configuration Guide. For information on upgrade the IP‐ACS‐110 platform see the Tacera ACS Configuration Guide, or contact Austco Tech Support ‐ see “Contacting Austco Technical Support” on page 18.180 June 10, 2015 Chapter 9: Floor Controller
Installation Guide Installation (Rack-Mountable Version)Austco 9.6 Installation (Rack- Mountable Version) The installation procedure for the rack‐mountable version of the IP‐ACS‐ 110 is same as that of the wall‐mountable version, except for the lid removal and replacement task, as the sockets are already exposed in the rack‐mountable units. 9.6.1 Connections The IP‐ACS‐110 is set up at the factory with two IP addresses: • Eth0 ‐ 192.168.1.166 (subnet 255.255.255.0) ‐ Integration LAN • Eth1 ‐ 10.1.1.250 (subnet 255.0.0.0) ‐ Austco LAN The IP‐ACS‐110 must receive alarm information via eth1 (10.1.1.250). Note The Eth0 IP address is static assigned. For IP‐ACS‐100, Eth0 is 192.168.1.172. The alarm information can be from IP‐CCT controllers, ASM or Austco#2 protocol from Austco's older 2G systems. If the IP‐ACS‐110 is to process alarms from an Austco 2G system (ASM protocol), the 2G system must send ASM messages to 10.1.1.250 port 24950. There are ACM templates specially created so that ASM messaging is set up to match the IP‐ACS‐ 110 default settings. Note Alternate port can be defined in configuration. Note The IP‐ACS‐110 uses port 24950 to communicate with Austco nurse call. Some minor editing of existing ACM using Austco’s IP Connect Site Configuration files may be required if the factory default IP‐ACS‐110 is used on older sites. There are upgrade paths available to upgrade older 2G (or even 1G) staff‐ stations so that the 2G system can communicate with the IP‐ACS‐110 via this eth1 (10.1.1.250). Alternatively, the IP‐ACS‐110 can accept either ASM or Austco #2 protocols via a serial to UDP converter (the MOXA range is recommended). 9.6.2 Ethernet Network The Floor Controller accepts input messages (XMLBlaster messages from the IP‐CCT Room Controllers, ASM or Austco2 messages from Austco 2G) through eth1 (10.1.1.250). The IP‐ACS‐110 USB ports are not available to accept input messages. In some cases, a Serial to Ethernet converter is required. Austco recommends using industrial type converters such as MOXA. June 10, 2015 181
Installation (Rack-Mountable Version) Tacera Additional clients can also be connected to the Floor Controller on the network server through Ethernet. This is generally a separate Ethernet and part of the normal IT network. Note When a site has multiple IP‐ACS‐110s, the Austco LAN Eth1 of each IP‐ACS‐110 must not be interconnected. The integration LAN Eth0 should be connected on the same subnet. 9.6.3 Floor Controller IP Address Tacera’s user interface clients communicate on an Ethernet LAN dedicated to the nurse call system. They are installed on a computer running Windows 8.1 or shipped with a dedicated UL graded, touch‐ screen Nurse Station. Caution Automatic JAVA updates on the Windows PC can have an impact on Tacera as it is based on JAVA. 9.6.4 Serial - RS232 The Floor Controller is able to connect up to 8 Serial devices (AN4‐50, Chime, Pager Base, etc.) using an Edgeport/2 (2 RS‐232 serial DB‐9) converter. The devices can be configured using IP Connect Site Configuration. The standard RS232 is designed to communicate reliably with a single device over a maximum of 100 m (328 ft) of cable. To have several annunciators and a CM‐PB/ETH on the same line, it is recommended to use differential drivers. Install an interface converter RS232 to RS485, which is a small box (80 x 35 x 22 mm/3.15 x 1.38 x 0.87”) that plugs into the PC port and will drive up to 10 receivers on a maximum line length of 1200 m (3937 ft).182 June 10, 2015 Chapter 9: Floor Controller
ANNUNCIATORS 10 The annunciators are connected to the Floor Controller via Ethernet. Call tones matching the call priorities ensure that staff are alerted to calls when not within sight of annunciators. Tacera works with two types of annunciators — AN‐PD1 and IP‐WN‐DD. Annunciators can display the local time when not displaying a message. The IP‐WN‐DD will replace the IP‐AN‐DD in mid 2015 which has reached end‐of‐production. Table 10‐1 Tacera Annunciators Product Code Description AN‐PD1 Annunciator, Programmable Display, 12 Character, 50mm (1.97\") AN‐PD1/DB Double‐sided mounting bracket for annunciator, IP‐WN‐DD Pair IP Annunciator Display Driver, Web Annunciator IP‐WN‐DD/D Includes: Module, AC power supply, VESA mount bracket and hardware, and 1 x HDMI cable. IP Annunciator Display Driver Includes: Module, AC power supply, VESA mount bracket and hardware, HDMI dual splitter, USB power cord and 3 x HDMI cables.Austco June 10, 2015 183
AN-PD1 Tacera 10.1 AN-PD1 The AN‐PD1 is a high resolution, alphanumeric LED display providing audio/visual annunciation of active calls by means of text messages with accompanying alert tones based on priority. This IP‐based device allows text messages, colours and tones to be completely configured for the facility. Multiple Annunciators can be connected anywhere on the LAN. Figure 10‐1 The AN‐PD1 Annunciator The AN‐PD1 Annunciator uses 50 mm (1.97\") tall, high‐efficiency LED modules in a wide‐angle panel with a resolution that ensures messages are easy to read from a distance of up to 20 m (65.62 ft). The high resolution of the display allows all English and European ASCII characters to be clearly displayed. The Annunciator uses proportional fonts so that characters are only displayed at their required width rather than a fixed width. On average, the Annunciator displays 12 characters and automatically scrolls messages that are longer than can be displayed in the 8 x 64 area. A maximum of 24 messages can be stored and displayed at any one time. There is an area to the right of the Annunciator that is used to display a bar graph of the number of active calls. Three vertical columns (red, orange and green) graphically display the type and number of pending calls. The Annunciator can be programmed on‐site using a laptop and the Austco application PCDLP. The configuration data is downloaded into flash memory, ensuring data is protected in the event of power loss. For information on customising the Annunciator, see the Tacera IP‐CONNECT Configuration Guide. The Annunciator is supplied with a wall‐mounted (Clipsal 2000) breakout plate which houses an RJ12 and RJ45 socket that match equivalent sockets on the back panel of the Annunciator. Short patch leads are also supplied.184 June 10, 2015 Chapter 10: Annunciators
Installation Guide AN-PD1 10.1.1 Wall Outlet The AN‐PD1 to wall outlet patch leads are 200 mm (7.87\") long so consideration must made to mount the AN‐PD1 close to the wall outlet; this keeps the installation neat as well as ensuring the RS485 data bus is not compromised by having long stubs. Figure 10‐2 Wall Outlet for Annunciators 10.1.2 Installation The AN‐PD1 is supplied with mounting brackets enabling it to be ceiling or wall mounted. The brackets allow the AN‐PD1 to be tilted to give a proper viewing angle. The annunciator should be mounted in a position so that the display is visible at all times and not obscured by door jams, exit signs or security cameras. The annunciator should not obscure building or exit signs, or security cameras. Figure 10‐3 Rear View of the Annunciator Each mounting bracket has two 4 mm (0.16\") holes enabling appropriately sized screws or bolts to be used to securely mount the AN‐PD1 to the surface. The diagram below shows the hole centres of the brackets. Two alternatives of bracket positioning are shown.Austco June 10, 2015 185
AN-PD1 Tacera Figure 10‐4 Annunciator Bracket 10.1.3 Ethernet Connections The Annunciator is an IP device that can be connected to the Tacera Nurse Call System over the Austco LAN using standard Cat5/6 cable. This makes it easy to install and allows the system to monitor the device for connectivity and errors. The Annunciator also supports Austco’s #2 protocol using RS485 so that it is compatible with existing sites that are running AN‐series Annunciators. However, the newer features such as scrolling of long messages and display of time will not apply. Austco’s APB protocol is also supported, providing the added benefit of bi‐directional communication with the Tacera server for non‐nurse call displays such as greetings or time/date displays. There is an RJ45 socket at the back of the wall outlet for connection to the Ethernet LAN. 10.1.4 Power Connections The high‐efficiency LED modules have reduced power consumption to 150 mA (typical) and a maximum of 290 mA at 24 V. When there are no active calls, the Annunciator can be configured to display the current time. Two blocks of screw terminals are used to connect 10–30 V DC power and RS485 data if required. 10.1.5 Master-Slave Connections The AN‐PD1 can be connected in a mirrored fashion where a master AN‐ PD1 drives a number of slaves. A maximum of eight slaves can be connected to a single master. The RJ45 socket of the wall outlet allows the master to connect to the Austco LAN via Cat5/6 cable. The RJ12 socket of the wall outlet serves two purposes — establishes a RS485 connection, as well as power connection. The master slave connection involves back‐to‐back RJ12 sockets interconnected with each other in a daisy‐chain fashion. Note The RJ45 sockets of the slave annunciators are left unused.186 June 10, 2015 Chapter 10: Annunciators
Installation Guide AN-PD1 10.1.6 Configuration A special configuration and download utility (PCDLP AN‐Console) is used to configure the Annunciator and download current configurations during service calls. The alert tones and message colours for all call priorities can be customised to suit particular applications or global regions. The Annunciator can be programmed to display messages from multiple areas, allowing calls to go to a specific ward display and higher priority calls to go to adjacent ward or floor displays as required. The firmware and operating parameters of each Annunciator, including priority tones and colours, can be upgraded in real time without shutting down other parts of the system. This allows changes to be made on a working system without interruption to the operation of the system. For more information on Annunciator configuration, please refer to the Tacera IP‐CONNECT Configuration Guide. 10.1.7 Audio Adjustments Maximum speaker volume is pre‐set by a potentiometer accessible from the front of the Annunciator using a small blade screwdriver. The potentiometer is directly behind a hole below the annunciator screen. Figure 10‐5 AN‐PD1 speaker Speaker Cover Power On Indicator Volume Adjustment 10.1.8 Remote Display To a Floor Controller, any AN‐PD1s that are not directly connected to it are remote displays. You can display the same message on all remote displays that are on the same Integration LAN (eth0). The Floor Controller can send messages to remote displays via other Controllers it is associated with. In other words, if there are multiple Floor Controllers and each one has an AN‐PD1 connected to it, you can configure the AN‐ PD1s to receive messages from Floor Controllers to which they are not directly connected. Austco June 10, 2015 187
AN-PD1 Tacera For details about how to configure the remote display setup, refer to the Site Configuration chapter in Tacera IP‐CONNECT Configuration Guide. Figure 10‐6 Remote Display Connections In the above example, AN‐PD1s #1 and #3 are set as remote displays to IP‐ACS‐110 #2. Thus, IP‐ACS‐110 #2 sends display messages to both AN‐ PD1s #1 and #3, in addition to #2, which is directly connected to it. 188 June 10, 2015 Chapter 10: Annunciators
Installation Guide IP-WN-DD 10.2 IP-WN-DD The IP‐WN‐DD Annunciators, also known as LCD annunciators, employ a high resolution LCD 24” display, which ensures that the messages are easy to read from a distance of up to 20 m (65 ft). In addition, the IP‐WN‐DD can be used as a Web Annunciator where IP‐ WN‐DD is a browser client and the Touch Duty server provides the call list. Similar to IP‐DUTY, a profile defines the call list behaviour including colours, fonts and the option of a slide show. The graphics capability supports full HD and flicker‐free slide show. The Annunciator has selectable fonts so that characters can be displayed at their required size. When there are no active calls, the Annunciator displays the current time in a full screen analogue clock format or alternatively display a customised message, such as infection control reminders. The Annunciator can be programmed on‐site using the touch screen for parameters such as network address. To help minimise disturbing your patients when they are sleeping, the Annunciator can be programmed to soften the alert tones at night time. 10.2.1 Connections Figure 10‐7 IP‐WN‐DD Rear View Ethernet connection to the Austco LAN LCD Display Power The IP‐WN‐DD is connected to the Tacera Nurse Call System over the Austco LAN using standard Cat5/6 cable. The IP‐WN‐DD is connected to the LCD display via an HDMI (or VGA) cable. A separate AC adapter from the mains supplies power to the IP‐WN‐DD. Figure 10‐8 IP‐WN‐DD Front ViewAustco June 10, 2015 189
IP-WN-DD Tacera When the site requires multiple LCD displays, you can use an HDMI splitter to receive input from a single IP‐WN‐DD and deliver it to two LCD displays. The HDMI splitter is USB powered. Figure 10‐9 Sample HDMI Splitter (front) 10.2.2 Configuration Webmin is the http interface for IP‐WN‐DD drive maintenance and control. You can customise several settings for the LCD annunciator, such as call filtering, logo display, graphical resolution, fonts and styles. Webmin also offers troubleshooting options for IP‐WN‐DD. Refer to the Tacera IP‐CONNECT Configuration Guide for more details on configuring the IP‐WN‐DD. 10.2.3 Installation IP‐WN‐DD supports the following mounting arrangements: • shared VESA mount with adapter bracket • desktop mount. Figure 10‐10 The IP‐WN‐DD mounting bracket190 June 10, 2015 Chapter 10: Annunciators
Installation Guide IP-WN-DD The VESA mounting bracket provided, mounts the IP‐WN‐DD to the side. Figure 10‐11 The IP‐WN‐DD attached behind the monitor Ceiling Mount IP‐WN‐DD LCD Display If you have employed an LCD ceiling mount that accommodates two monitors, then you can mount the IP‐WN‐DD/D in the ceiling space and use an HDMI splitter to give inputs to the two LCD displays. See the following diagram. Figure 10‐12 The IP‐WN‐DD with dual HDMI splitter Note When you plan to place the IP‐WN‐DD in a Communications Room, there is a ~5 m (16.4 ft) limit on the HDMI cable length. In that case, you need to use extenders at both the sending and receiving end.Austco June 10, 2015 191
IP-WN-DD Tacera192 June 10, 2015 Chapter 10: Annunciators
INTEGRATION 11 The CM‐PB/ETH Ethernet Paging Base integrates with Tacera and offers a great deal of flexibility in terms of configuration options. Table 11‐1 Paging Devices Product Code Description IP‐PB/ETH/U Communication module, Paging Base, Ethernet, UHF inc licence IP‐PB/ETH/V Communication module, Paging Base, Ethernet, CP‐ANT/UHF VHF inc licence External paging antenna, UHF CP‐ANT/VHF External paging antenna, VHFAustco June 10, 2015 193
Paging Base Tacera 11.1 Paging Base Figure 11‐1 CM‐PB/ETH Paging baseNote Older Paging bases can still be used and are detailed in the Medicom and CallGuard installation manual. The CM‐PB/ETH is connected to the Austco LAN and receive paging messages from the Floor Controller on that LAN using Austco ACMIP protocol. The CM‐PB/ETH also retains the ability to accept Austco APR protocol and to be connected to an Austco system as an RS485 or an RS232 device. In this case CM‐PB/ETH COM2 is used as an RS485 port and CM‐ PB/ETH COM3 as an RS232 port. The compact enclosure reduces the space requirements during installation, while ensuring that the connections are internal, making accidental disconnection from the system more difficult.194 June 10, 2015 Chapter 11: Integration
Installation Guide Paging Base Figure 11‐2 Front view of CM‐PB/ETHAustco June 10, 2015 195
Installation Tacera 11.2 Installation The enclosure is 252 x 244 mm (9.92 x 9.6”), 72 mm (2.83”) high and weighs 2.04 kg (53 lb). The lid is attached to the chassis by four M3 x 6 screws, which are on the topside. Once removed, the boards and connectors are accessible. Lids should always be refitted after installation. Four round (punch‐out) holes are on the floor and bottom side of the chassis, two holes are 25 mm (0.98\"), and two are 20 mm (0.79”), giving alternative methods of cable routing. The chassis is bolted on to a flat surface with four pan head screws, M4, in a rectangular pattern 199 x 180 mm (7.83 x 7.09”). To install, terminate the cables first, thread them through a suitable chassis punch‐out hole, and then bolt the chassis to the wall. The paging unit should be labelled with correct IP and MAC address of the unit. Caution The transmitter maximum power is 5 Watts. It will interfere with electronics within 2 metres of its antenna. We recommend it be installed at least 3 metres away from other parts of the nurse call system or its cabling. Figure 11‐3 Footprint of CM‐PB/ETH Transmitter Module Processor Board Stack196 June 10, 2015 Chapter 11: Integration
Installation Guide Connections 11.3 Connections Connections to the CM‐PB/ETH are made inside the enclosure, once the lid is lifted. Figure 11‐4 End view of CM‐PB/ETH with Lid Removed (measurements in mm) The CM‐PB/ETH requires a 24 V DC power source. This is connected via CN2. 11.3.1 LAN Connection As shown on Figure 11-4, the RJ45 connector is on the right hand side of the CM‐ETH2 (Janus) board which is under the EC‐H32 (Angela) processor board. To meet Australian Electromagnetic emission standards, it is necessary when terminating the Ethernet cable to fit a ferrite material bead. 11.3.2 Antenna Connection The connector on top of the chassis is a 50 Ohm BNC socket (jack). The whip antenna supplied terminates into a BNC plug and mounts straight on top. The antenna should be cut to match a quarter of the paging frequency wavelength. Where an indoor whip antenna will not provide adequate site coverage, an outdoor antenna and feeder coax cable are necessary (50 Ohm impedance).Austco June 10, 2015 197
Connections Tacera Antennas shall be installed in a location where the maximum signal strength can be transmitted, e.g. a roof. The location of the installation is to be suitably spaced away from surfaces or materials that are potentially reflective or impervious to radio signals (e.g. metal shields or plating, block walls or building components containing reinforcing steel). Figure 11‐5 External antenna installation VHF 1/4 wave Ground plane 2 radials at 90° N series plug BNC plug 50Ohm coaxial cable The most commonly used antenna is an omni‐directional unity gain dipole or a ¼ wave‐radiating element with adjustable ground plane. For a high gain antenna, see a specialised dealer. For cable lengths up to 10 metres, ¼” flexible coaxial cable is recommended. For longer runs, select a low loss cable.198 June 10, 2015 Chapter 11: Integration
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