Real life fire detector installed in the Schrack Seconet office ceiling. In the next part, I ask about users who are resistant to using BricsCAD, interchanging drawings with other parties, and the IT implications of using BricsCAD. Ready to try BricsCAD? Easy to try, easy to buy, easy to own. That’s BricsCAD. Technological advancement and product development in the nurse call system market, this significant act as driver to the market. Aging population and rising prevalence of chronic diseases, this significant act as driver to the market. Market Restraints.

Warsaw 12.11.2010


MODBUS_SCHRACK VER. 1.0

MANUAL



TIGER-SOFT

Wiazana 28B

04-680 Warszawa

tel./fax (+48 22) 615-89-84

e-mail: tiger-soft@tiger-soft.com.pl

www: www.tiger-soft.com.pl



Table of contents
1) Introduction
2) Redundancy
3) Pre-configured hardware solution
4) Installing the I/O driver
5) Software registration
6) Configuring the MODBUS_SCHRACK
7) Configuring a MODBUS client
8) Starting and stopping the MODBUS_SCHRACK


Seconet

The MODBUS_SCHRACK ver. 1.0 is a communication driver which allows to connect BMS system with a fire protection system from Schrack Seconet. The Integral Standard Protocol (ISP) is used by the driver. The computer with BMS system uses a serial port (RS232). Schrack central can use one of the following modules: B3-USI4,B3-LPI,B4-USI. The driver can be connected to BMZ Integral C or BMZ Integral system.
It includes the following features:

  1. Very effective method of communication which uses ISP protocol.
  2. Works as a service. It works even after logging out from the system.
  3. Supports all main commands and events which exist in Schrack.
  4. Ability of sending commands to the central from the computer system.
  5. Multi-threading which allows to do tasks in a very efficient way, without a heavy load of the processor.
  6. Easy connection to BMS system using standard MODBUS protocol.
  7. Easy to use configuration.
  8. Monitoring of the communication process.
  9. Automatically re-running the communication after failure.
  10. Possibility of using it in redundant systems. Automatically switch between channels in a case of broken communication.

The MODBUS_SCHRACK ver. 1.0 can be installed on two computers in a redundant configuration. There are two communication channels. Normally when both channels are active (physically connected, with active modbus communication) only one channel receives messages from Schrack panel. The value of Communication point for this channel is 1. Let's call it Primary and the second channel - Secondary. When a Primary communication with Schrack panel is broken the Secondary channel will be set as a basic connection to a panel. When a Primary communication with MODBUS device is broken (connection is broken or there is no device which read information from driver via modbus protocol) the Secondary channel will be set as a basic connection to a panel too.
When a problem with Primary connection is fixed then a communication process will return to Primary channel.
Both drivers are working in the same way. It means that there is no need to specify which driver is Primary, which Secondary. Usually when everything is run at the same time the driver which is connected to a first port in a Schrack panel will became Primary.


The MODBUS_SCHRACK ver. 1.0 can be delivered with dedicated hardware. It is usually small PC computer with Microsoft Windows Embedded operating system. This computer has already MODBUS-SCHRACK installed and registered. So, there is no need to do procedures from point 4 and 5 of this manual. However there is usually a need to change a Configuration.cms file as it was described in point 6. Usually a Schrack panel is connected to COM1 and MODBUS device is connected to COM2. The MODBUS-SCHRACK service is configured to start automatically after an operating system starts. You can connect to a computer by using Remote Desktop. A computer has following default parameters:

Schrack Seconet Driver Updater


Computer name

User

Password

Workgroup

IP address

MSSCHRACK1Administrator$tsschrack01TS10.10.1.101
MSSCHRACK2Administrator$tsschrack02TS10.10.1.102

There is also one directory, called Exchange which is a shared folder on each computer.

Run MODBUS_SCHRACK_INSTALL.EXE.Installation software will put MODBUS_SCHRACK files into the C:Program FilesTIGER_SOFTMODBUS_SCHRACK_1_0 directory or another directory chosen by the user. Shortcuts to the manual and registration software exist in the group MODBUS_SCHRACK ver. 1.0 (access from the Start menu). The driver is installed as a service.


MODBUS_SCHRACK should be registered after installation using TIGER-SOFT internet service. SOFTWARE REGISTRATION from MODBUS_SCHRACK group should be started first. This program generates file gen_lic.lic and saves it in the main driver directory. Then you have to connect to http://www.tiger-soft.com.pl/Registration/registration.html, fill the form and receive the registration code. This code should be put to the editable field in the SOFTWARE REGISTRATION. Press OK to finish registration process.


The file - Configuration.cms is used for the driver configuration. It exists in the same directory like the MODBUS_SCHRACK.exe. An example of the file is presented below.
# MODBUS_SCHRACK - configuration program
# MODBUS COM parameters
# MODBUS_NR_COM from the range 1-99
# MODBUS_BAUD_RATE [bits/s]. Possible values: 9600,14400,19200,38400,57600,115200
# MODBUS_PARITY N-None,E-Even,O-Odd
# MODBUS_TIMEOUT [s]. Possible values from the range 1-9999 [s]
# MODBUS_SLAVE_ID - ID of the driver. Possible values from the range 1-247
MODBUS_NR_COM=2
MODBUS_BAUD_RATE=57600
MODBUS_PARITY=E
MODBUS_TIMEOUT=10
MODBUS_SLAVE_ID=1
# SCHRACK COM parameters
# NR_COM from the range 1-99
# BAUD_RATE [bits/s]. Possible values: 9600,14400,19200,38400,57600,115200
# PARITY N-None,E-Even,O-Odd
# TIMEOUT [s]. Possible values from the range 1-9999 [s]
NR_COM=1
BAUD_RATE=57600
PARITY=E
TIMEOUT=10
# ISP parameters
# TOKENTIME [ms]. Possible values from the range 30-250 [ms]
# CENTRAL - Address of the central unit has the following structure Subnet.Node.Client, where Subnet=0-63; Node=0-63; Client=0-7;
# CLIENT - Address of the client has the following structure Subnet.Node.Client, where Subnet=0-63; Node=0-63; Client=0-7;
# SS=1 - Additional status will be sent in the older byte of the word.0 - will be always 0
# AS=1 - Driver allows to send commands to the fire alarm central unit (CTttAaa[sa]). 0 - Sending control commands is not allowed.
TOKENTIME=250
CLIENT=0.0.1
SS=1
AS=1
# Schrack Points
# The list of points, in the following format:
# Rrr.Ttt[st]Aaa[sa], where rr-modbus registry number(2-65535), tt-type(0-16,255,4095), aa-address of the element(1-65535), sa-sub address of the element(0-255)
# or CTttAaa[sa] for control points, sent by the OPC client
[0.0.0]
R101.T0A101[255]
R102.T0A101[1]
R103.T0A110[1]
R104.T1A101[255]
R105.T1A102[255]
R106.T1A103[255]
R107.T2A1[255]
R108.T2A2[255]
R109.T2A3[255]
R110.T3A1[255]
#Commands
R2.CT5A65535[255]
R3.CT2A65535[255]
R4.CT4095A65535[255]
R11.CT2A1[255]
R12.CT2A2[255]
R13.CT2A3[255]
R14.CT1A101[255]
R15.CT1A102[255]
R16.CT0A101[255]
R17.CT0A101[1]

MODBUS_SCHRACK is an MODBUS slave device with ID configured in SLAVE_ID (Configuration.cms). Every device that can cooperate with MODBUS slave device using Modbus RTU protocol should work fine with MODBUS_SCHRACK. The driver uses holding registers from address 40001.There is a Communication status value in the first register (40001). Next registers contain values of points configured in the Configuration.cms file. The order of modbus addresses is the same like order of points in the Configuration.cms file.
Example:
Schrack point from Configuration.cmsModbus AddressHolding Register Number
R101.T0A101[255]40101101
R102.T0A101[1]40102102
R103.T0A110[1]40103103
R104.T1A101[255]40104104
R105.T1A102[255]40105105
R106.T1A103[255]40106106
R107.T2A1[255]40107107
R108.T2A2[255]40108108
R109.T2A3[255]40109109
R110.T3A1[255]40110110
R2.CT5A65535[255]400022
R3.CT2A65535[255]400033
R4.CT4095A65535[255]400044
R11.CT2A1[255]4001111
R12.CT2A2[255]4001212
R13.CT2A3[255]4001313
R14.CT1A101[255]4001414
R15.CT1A102[255]4001515
R16.CT0A101[255]4001616
R17.CT0A101[1]4001717

Following Schrack Points can be configured in the Configuration.cms file.

ItemID

Description

Types

Addresses

Returned values

TttAaa[sa]

Shows the status of a zone or an element, where tt - type; aa - address; sa - sub address.

Pc-factory Laptops & Desktops Driver download. Example: T2A1[105], reads information about the status of the sub element 105 from group 1, type 2.

tt
0 - zone
1 - input
2 - output
3 - external
4 - printer
5 - CI
6 - battery
7 - net
8 - module active
9 - module passive
10 - delay layer
11 - FBP fire brigade panel
12 -SCU
13 - intervention
14 - connection
15 - master system
16 - loop
255 - general

 sa
0-254 - sub address of an element
255 - for a zone

status
0 - idle
ss=0-general
1 - alarm
ss=0; 1-simulation; 2-smoke; 3-temperature
2 - revision alarm
ss=0; 2-smoke; 3-temperature
3 - fault
ss=0; 1-short circuit; 2-open circuit; 3-simulation; 4-external; 5-overload; 6-not present; 7-earth fault; 8-switch 2; 9-configuration; 10-startup; 11-connection; 12-mapping
4 - revision fault
ss=0; 1-short circuit; 2-open circuit;5-overload; 6-not present; 7-eartch fault; 8-switch 2;9-configuration; 10-startup; 12-mapping
5 - disablement
ss= 0;1-key switch; 2-automatic; 3-FBP
6 - internal disablement
ss=0
7 - revision
ss=0
8 - activation
ss= 0;1-automatic; 2-external; 3-FBP
9 - deactivation
ss= 0;1-FBP
10 - hard alarm
ss=0
11 - enabled
ss=0; 1-level 1; 2-level 2; 3-level 3; 4-level 4; 5-level 5; 6-level 6; 7-level 7;
12 - active
ss=0; 1-simulation; 2-automatic
13 - revision active
ss=0
14 - warning
ss=0
15 - explore
ss=0
16 - terminated
ss=0
17 - revision activation
ss=0; 1-automatic; 2-external; 3-FBP
18 - paper feed
ss=0
19 - silent alarm
ss=0; 1-simulation; 2-smoke; 3-temperature
20 - preactivation
ss=0
21 - release
ss=0; 1-external
22 - preactive
ss=0; 1-simulation
23 - revision preactive
ss=0
24 - low battery
ss=0

CTttAaa[sa]

Allows to sent an control command to a group or an element, where tt - type; aa - address; sa - sub address.

Example: CT2A1[105], control commands for sub element 105 from group 1, type 2.

tt
0 - zone
1 - input
2 - output
3 - external
4 - printer
5 - CI
6 - battery
7 - net
8 - module active
9 - module passive
10 - delay layer
11 - FBP fire brigade panel
12 - SCU
13 - intervention
14 - connection
15 - master system
16 - loop
255 - general

 sa
0-254 - sub address of an element
255 for a zone

commands
0 - switch off
256 - acoustic off
512 - fire actuation switch off
1 - switch on
257 -acoustic on
513 - fire actuation switch on
2 - set
3 - reset
259 - alarm reset
515 - acoustic reset
771 - page number reset
1027 - message number reset
4 - revision mode
5 - test
6 - simulate alarm
7 - simulate fault
8 - simulate active
9 - internal switch off
10 - reactivate
266 - reactivate acoustic
11 - initialize
12 - adjust top of page
13 - switch to level 0
269 - switch to level 1
529 - switch to level 2
781 - switch to level 3
14 - mapping
15 - startup stop
16 - simulate pre active

CT5A65535[255]

Allows to sent the internal acoustic off command. Power sd driver download for windows 10.

commands
3 - reset

CT2A65535[255]

Allows to sent the external acoustic off command.

commands
515 - acoustic reset

CT4095A65535[255]

Allows to sent the summary alarm reset command.

commands
259 - alarm reset


The driver can be run from the service manager on Windows NT/2000/XP/Vista. Second way is to use command line with commands: MODBUS_SCHRACK -s for starting and MODBUS_SCHRACK -z, for stopping it. Okabe marking printers driver download. The service MODBUS_SCHRACK can be also configured to start automatically after operating system is started.

Pune, Sept. 17, 2019 (GLOBE NEWSWIRE) -- The global Nurse Call Systems Market is anticipated to showcase notable growth owing to the reduction in the number of patient to nurse ratio. According to a report by Fortune Business Insights, titled, “Nurse Call Systems Market Size, Share & Industry Analysis, By Technology (Wired, Wireless), By Product (Basic Button Based Systems, Mobile Integrated Systems, IP Based Systems, Others), By End-user (Hospitals and Clinics, Assisted Living and Nursing Centres, Home Care Setting, Others), and Regional Forecast, 2019-2026,” the global Nurse Call Systems Market size was valued at USD 1.18 Billion in 2018. However, the global market is projected to reach USD 2.79 Billion by 2026, exhibiting a CAGR of 11.5% during the forecast period.


Browse Complete Report Details with Table of Content and Figures:https://www.fortunebusinessinsights.com/industry-reports/nurse-call-systems-market-100274


Increasing Incidence of Chronic Disorders to Aid in the Growth of Hospital Segment

In terms of end user, the global Nurse Call Systems Market is grouped into home care settings, assisted living and nursing centers, hospitals and clinics, and others. The report mentions that hospitals are expected to generate the highest global Nurse Call Systems Market revenue in the forthcoming years. It would occur as the nurses in hospitals depend upon nurse call systems for workforce management, emergency management, and monitoring of patients’ health.

Also, hospitals possess high patient pool who are in persistent need for general healthcare. Additionally, the rising prevalence of chronic diseases are leading to hospitalizations. It will contribute to the global Nurse Call Systems Market growth in the coming years. The other healthcare facilities like a nursing home and assisted living centers are also estimated to experience considerable growth during the forecast period owing to the rising geriatric population combined with rising prevalence of neurological disorders in this patient population.

In recent years there is a growing trend in elderly population preferring home care treatment. However, the home care setting in global nurse call system market held a lower market share.

Increasing Healthcare Infrastructure in the U.S. to Favor Growth in North America

The global Nurse Call Systems Market is geographically divided into Asia Pacific, North America, Europe, Latin America, and the Middle East and Africa. Amongst these regions, North America is expected to lead the global Nurse Call Systems Market during the forecast period. The region had acquired a revenue of USD 445.4 million in the year 2018.

The growth is attributed to the rapid penetration and acceptance of nurse call systems by numerous healthcare organizations, namely, nursing centers and hospitals. Moreover, a rise in geriatric population and growing healthcare expenditure in the U.S. are likely to impact the Nurse Call Systems Market growth positively in North America.


Sample PDF https://www.fortunebusinessinsights.com/enquiry/request-sample-pdf/nurse-call-systems-market-100274


Ascom and Rauland-Borg Launch Advanced Nurse Call Systems to Increase Efficiency

Ascom, a global solutions provider, headquartered in Switzerland, announced the launch of its Telligence in North America in February 2019. Telligence is considered to be the world’s first patient response system. It is a scalable and modular patient response system that upgrades nurse call service for unique patient-centric care. With the guidance of Telligence, caregivers can get access to appropriate information throughout the care process as well as at the point of care.

It is developed on the Ascom Healthcare Platform and it aids in collecting information from several sources, such as healthcare applications, patients, applications, and other medical devices. It has the ability to smoothly integrate with the facility’s current applications and devices. Doctors and clinicians can get an in-depth view of the patient’s health status that is much better than the traditional form of nurse call. It helps the caregivers to get to know about the patient’s current health condition and response to their requests accordingly.

Rauland-Borg Corporation, manufacturing company based in Illinois, announced the launch of its new software interface in February 2015. The interface is called Responder All Touch. It is present in the company’s Rauland Responder nurse call system. The software enables patients to directly enter data from nursing workflows into his or her electronic record from a terminal in his or her room. The information is then sent to the EMR. The EMR cross-references the data with the already existing data that is to be put up outside the patient’s room for hassle-free access.


Speak to Analyst https://www.fortunebusinessinsights.com/enquiry/speak-to-analyst/nurse-call-systems-market-100274


Table of Content:

  • Introduction
    • Research Scope
    • Market Segmentation
    • Research Methodology
    • Definitions and Assumptions
  • Executive Summary
  • Market Dynamics
    • Market Drivers
    • Market Restraints
    • Market Opportunities
  • Key Insights
    • Key Industry Developments - Mergers, Acquisitions, and Partnerships, 2018
    • Introduction of New Products / Approvals (by Major Players)
    • Technological Advancements in Nurse Call Technologies
    • Key Market Trends
  • Global Nurse Call Systems Market Analysis, Insights and Forecast, 2015-2026
    • Key Findings / Summary
    • Market Analysis, Insights and Forecast – By Technology
      • Wired
      • Wireless
    • Market Analysis, Insights and Forecast – By Product
      • Basic Button Based System
      • Mobile Integrated System
      • IP Based System
      • Others
    • Market Analysis, Insights and Forecast – By End-user
      • Hospitals & Clinics
      • Assisted Living & Nursing Centers
      • Home Care Settings
      • Others
    • Market Analysis, Insights and Forecast – By Region
      • North America
      • Europe
      • Asia pacific
      • Rest of World
  • Competitive Landscape
  • Strategic Recommendations

Continued…


Request for Customization https://www.fortunebusinessinsights.com/enquiry/customization/nurse-call-systems-market-100274


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