S4100-1031.pdf

4100ES Addressable Fire Detection and Control Basic Panel Modules and Accessories

* See module information sections for product that is UL or ULC listed and additional listing information. This product has been listed by the California State Fire Marshal (CSFM) pursuant to Section

13144.1 of the California Health and Safety Code. See CSFM Listing 7165-0026:251(4100ES) for allowable values and/or conditions concerning material presented in this document. Accepted for use – City of New York Department of Buildings – MEA35-93E. At the time of publication only UL and ULC listings are applicable to ES Net network products. Additional listings may be applicable; contact your local Simplex product supplier for the latest status

Features 4100ES Cabinets are available with one, two, or three bays.

Figure 1: 4100ES two-bay cabinet with ES Touch Screen Display

Master controller bay, top

• Models available with Color ES Touch Screen Display as shown in

Figure 1 , Monochrome 2 line x 40 Character Display

• 32-Bit Master Controller with color-coded operator interface including raised switches for high-confidence feedback

• Dual configuration program CPU, convenient service port access, and capacity for up to 3000 addressable points

• CPU assembly includes 2 GB dedicated compact flash memory for on-site system programming and information storage

• ES Power Supply (ES-PS) and charger with onboard alarm relay, programmable auxiliary power output and provisions for one 4 in.

x 10 in. or two 4 in. x 5 in. compatible option cards such as IDNet2 addressable device interface, Conventional NAC or Addressable IDNAC SLC modules. For additional details refer to ES-PS and ES-XPS Installation Instructions 579-1288 .

• Existing control panels have upgrade kits available.

Network compatibility Compatible with Simplex ES Net or 4120 Fire Alarm Networks.

Standard addressable interfaces

• 250 point addressable IDNet 2 SLC channel with electrically isolated dual short circuit isolating loops that supports TrueAlarm analog sensors and IDNet communications monitoring and control devices

• Remote annunciator module support through RUI+ (remote unit interface) communications port.

Optional modules

• Building Network Interface Module (BNIC) for Ethernet connectivity options, refer to data sheet S4100-0061

• Electrically isolated output two-loop IDNet 2 and four-loop IDNet 2+2 modules with short circuit isolation output loops allowing use with either shielded or unshielded, twisted or untwisted single pair wiring

• Fire Alarm Network Interfaces, DACTs, city connections, and up to five RS-232 ports for printers and terminals

• Compatible with Connected Services Gateway to support central station communication and enable SafeLINC Cloud Services, refer to datasheet S2080-0091

• MAPNET II addressable device modules and MAPNET II quad isolator modules

• IDNAC signalling line circuits (SLCs) for addressable appliance control

• Alarm relays, auxiliary relays, additional power supplies, IDC modules, NAC expansion modules

• Service modems, VESDA Air Aspiration Systems interface, ASHRAE

BACnet Interface, TCP/IP Bridges

• LED/switch modules and panel mount printers

• Emergency communications systems (ECS) equipment, 8 channel digital audio or 2 channel analog audio

• 8-point zone/relay module, each point is selectable as an IDC input or relay output. Class A IDCs require two points (one out and one return). Relays rated for 2 A at 30 VDC (resistive) and configurable as either normally open or normally closed.

• Compatible with Simplex remotely located 4009 IDNet NAC Extenders, up to ten for each IDNet SLC.

Listings information*

• UL 864, Fire Detection and Control (UOJZ), Smoke Control Service

(UUKL), Releasing Device Service (SYZV), Emergency Communication and Relocation Equipment (UOQY)

• UL 1076, Proprietary Alarm Units - Burglar (APOU)

• UL 2017, Process Management Equipment (QVAX), Emergency Alarm

System Control Units (FSZI)

• UL 1730, Smoke Detector Monitor (UULH)

• UL 2572, Mass Notification Systems (PGWM)

• CAN/ULC-S527 Control Units for Fire Alarm Systems (UOJZ7), Releasing Device Service (SYZV7)

• CAN/ULC-S559 Central Station Fire Alarm System Units (DAYR7)

• ULC/ORD-C1076 Proprietary Burglar Alarm Units and Systems

(APOU7)

• ULC/ORD-C100 Smoke Control System Equipment (UUKL7)

Software feature summary

CPU provides dual configuration programs

• Two programs ensure optimal system protection and commissioning efficiency with one active program and one reserve.

• The system reduces downtime by remaining operational during download.

PC based programmer features

• Convenient front panel accessed Ethernet port for quick and easy download of site-specific programming.

• You can upload or download modifications for greater service flexibility.

• The software downloads firmware enchantments to the onboard flash memory.

Operator interface features

• TrueAlarm individual analog sensing with front panel information and selection access.

• Dirty TrueAlarm sensor maintenance alerts, service and status reports including almost dirty.

• TrueAlarm magnet test indication appears as a distinct test

UL/ULC, CSFM Listed; FM Approved, OTCR/NYC Acceptance*

4100ES Fire Control Units

S4100-1031 Rev. 18 08/2024

Datasheet abnormal message when in test mode.

• TrueAlarm sensor peak value performance report.

• Operators can use Install Mode to group multiple troubles for uninstalled modules and devices into a single trouble condition, typical with future phased expansion. With future equipment and devices grouped into a single trouble, operators can more clearly identify events from the commissioned and occupied areas.

• Module level ground fault searching assists installation and service by locating and isolating modules with grounded wiring.

• Recurring Trouble Filtering allows the panel to recognize, process, and log recurring intermittent troubles, such as external wiring ground faults, but only sends a single outbound system trouble to avoid nuisance communications.

• WALKTEST silent or audible system test performs an automatic self-resetting test cycle.

Introduction 4100ES Series Fire Detection and Control Panels provide extensive installation, operator, and service features with point and module capacities suitable for a wide range of system applications. An onboard Ethernet port provides fast external system communications to expedite installation and service activity. Dedicated compact flash memory archiving provides secure on-site system information storage of electronic job configuration files.

Modular design A wide variety of functional modules are available to meet specific system requirements. Operators can use selections to configure panels for either Stand-Alone or Networked fire control operation. InfoAlarm Command Center options provide convenient expanded display content, detailed on data sheet S4100-1045 .

Module Bay description The Master Controller Bay (top) includes a standard multi-featured ES power supply, the master controller board, expansion space for optional features, and operator interface equipment.

The Expansion Bays include a Power Distribution Interface (PDI) for new 4 in. x 5 in. flat design option modules and also accommodate 4100-style modules.

The Battery Compartment (bottom) accepts two batteries, up to 50 Ah, to be mounted in the cabinet without interfering with module space.

Figure 2 identifies bay locations using a three bay cabinet for reference.

Figure 2: 4100ES Module Bay reference

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Mechanical description

• Boxes can be close-nippled. Each box provides convenient stud markers for drywall thickness and nail-hole knockouts for quicker mounting.

• Smooth box surfaces are provided for locally cutting conduit entrance holes exactly where required.

• The latching dress panel (retainer) assembly easily lifts off for internal access.

• NACs can be mounted directly on power supply assemblies providing minimized wiring loss, compact size, and readily accessible terminations.

• Packaging supports traditional 4100-style motherboard with daughter cards.

• Modules are power-limited except as noted, such as relay modules.

• The NEMA 1/IP30 box is ordered separately and available for early installation.

• Doors are available with tempered glass inserts or solid. Boxes and doors are available in platinum or red.

• Boxes and door/retainer assemblies are ordered separately for each system requirements. Refer to data sheet S4100-0037 for details.

Operator interface detail reference 4100ES Fire Alarm Control Units are provided with either an enhanced Color ES Touch Screen Display or a basic Monochrome 2 Line by 40 Character operator interface depending on the model selected. The following illustrations highlight the primary functions of each.

Figure 3: ES Touch Screen Display interface

Table 1:

Callout Description A Touchscreen.

B You can directly view the operator interface panel, without an access door.

C Panel sounder.

D Upload/Download Ethernet port access, under a sliding cover.

Figure 4: 2 x 40 Operator interface

Table 2:

Callout Description 1 You can directly view the operator interface panel, without an access door.

2 Panel sounder.

3 Basic operator instructions, printed on interface mounting plate.

4 Upload/Download Ethernet port access, under a sliding cover.

Compatible peripheral devices The 4100ES is compatible with an extensive list of remote peripheral devices including printers, CRT/keyboards (up to five total), and both conventional and addressable devices including TrueAlarm analog sensors and TrueAlert addressable appliances.

Master Controller Bay module details Master Controller and Motherboard

• Master Controller mounts in Slot 2 of a two slot motherboard and provides one Class B or Class A, RUI+ communications channel configurable for isolated or un-isolated operation.

• Slot 1 of the motherboard is primarily for an optional network interface card, or secondarily for the 4100-6038 dual RS-232 board.

• RUI+ and RUI communications controls up to 31 remote devices for each master controller at up to 2500 ft (762 m) for single run, or 10,000 ft (3048 m) total if wiring is Class B and T-tapped. If more distance is required, up to four total RUI channels are supported. Add up to three 4100-1291 RUI Expansion Modules (4100-1291 provides unisolated RUI communications).

• Compatible RUI+ and RUI remote equipment includes: MINIPLEX transponders, 4603-9101 LCD Annunciators, 4602-9101 Status Command Units (SCU), 4602-9102 Remote Command Units (RCU), 4602 Series LED Annunciator Panels, 4100 Series 24 I/O and LED/ Switch modules, (4602 series annunciators require un-isolated communications).

• Up to four RUI channels (combination of built-in RUI+ and optional RUI modules) are supported for each master controller.

• Open slot space on the left of the CPU motherboard is available for either another dual slot motherboard, or for one or two block modules, see Figure 18.

ES-PS Master Controller power supply

• Rating is up to 9.5 A total without a fan or up to 12.7 A total with a fan using Special Application appliances, or up to 5 A total with Regulated 24 DC appliance loads.

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• Outputs are power-limited, except for battery charger and city circuits.

• Provides system power, battery charging, auxiliary power, auxiliary relay, earth detection, electrically isolated IDNet 2 communications channel for 250 points (4100-3117), three 3 A conventional NACs (4100-5450) or three 3 A IDNAC addressable SLCs (4100-5451), two block spaces for compatible optional modules and provisions for either an optional City Connect Module or an optional Alarm Relay Module (City Connect or Alarm Relay module requires one available block space).

• IDNet 2 SLC Output (4100-3109 and 4100-3117) provides an electrically isolated Class B or Class A communications channel with dual short circuit isolating loops for up to 250 addressable devices, as described in Addressable Device Control (requires one block space from ES-PS power supply or Master Controller bay).

• Conventional NAC Module (4100-5450) provides three outputs individually selectable as a Conventional NAC (Class B or Class A) or an Auxiliary Power output. When mounted on the ES-PS power supply, each NAC is rated at 3 A for Special Application appliances (9 A max for each card) or 2 A for Regulated 24 DC loads (4 A max for each card). NAC operation supports synchronized strobe or SmartSync horn/strobe operation over two wires. Auxiliary power outputs are rated for 3 A continuous duty. The total auxiliary power output for each power supply is limited to 5 A (requires one block space).

• IDNAC Addressable Notification SLC Module (4100-5451) provides three 3 A IDNAC addressable notification SLCs compatible with both TrueAlert ES and TrueAlert addressable notification appliances and remote 4009 IDNAC Repeaters used to extend power and wiring distances (requires two block spaces).

• Dual Class A IDNAC Isolator (DCAI) Module (4100-6103) creates two Class A outputs from one IDNAC SLC Class B input. Up to two can be connected to one IDNAC SLC, with up to 6 total for each ES-PS power supply. The total Class A output loop current is limited to the 3 A rating of the IDNAC SLC and requires one block space.

• Battery Charger is dual rate, temperature compensated, and charges up to 50 Ah sealed lead-acid batteries mounted in the battery compartment, or 33 Ah for single bay cabinets. Also is UL and ULC listed for charging up to 110 Ah batteries mounted in an external cabinet. Refer to data sheet S2081-0012 for details.

• Battery and Charger Monitoring includes battery charger status and low or depleted battery conditions. Status information provided to the master controller includes analog values for: battery voltage, charger voltage and current, actual system voltage and current, individual NAC currents, and individual IDNAC SLC currents.

• Low Battery Cutout is selectable for each ES-PS power supply.

• 2 A Programmable Output is selectable for conventional SNAC or

Auxiliary power operation.

- SNAC operation supports conventional non-synchronous NAC operation to provide supervised reverse polarity for sounder base power, Suppression Release Peripheral (SRP) power, or other coded NAC operation requirements.

- Auxiliary (AUX) power operation can be used for sounder base power, four-wire detector power, or door holder. Relay is selectable as N.O. or N.C and rated for 2 A at 32 VDC and 30 VAC (resistive). Supervised AUX operation does not require an end-of-line relay to provide Power-Limited operation.

• Auxiliary Relay is selectable as N.O. or N.C., rated 2 A at 32 VDC or 30 VAC (resistive), and is programmable as a trouble relay, either normally energized or normally de-energized, or as an auxiliary control.

• Optional City Connect Module (4100-6031, with disconnect switches, or 4100-6032, without disconnect switches) can be selected for conventional dual circuit city connections and requires one block space.

• Optional Alarm Relay Module (4100-6033) provides three Form C relays that are used for Alarm, Trouble, and Supervisory, rated 2 A resistive at 32 VDC and requires one block space.

IDNet SLC for Addressable Device Communications

Overview The 4100ES provides standard addressable device communications for IDNet compatible devices and accepts optional modules for communications with MAPNET II compatible devices. Using a two wire communications circuit, you can interface individual devices such as manual fire alarm stations, TrueAlarm sensors, conventional IDC zones, and sprinkler waterflow switches to the addressable controller to communicate their identity and status.

Use the addressability feature to display the location and condition of the connected device on the operator interface LCD and remote system annunciators. Additionally, control circuits such as fans or dampers may be individually controlled and monitored with addressable devices.

Addressable operation Each addressable device on the communication channel is continuously interrogated for status condition such as: normal, off-normal, alarm, supervisory, or trouble. Both Class B and Class A operations are available. Sophisticated poll and response communication techniques ensure supervision integrity and allow for T-tapping of the circuit for Class B operation. Devices with LEDs pulse the LED to indicate receipt of a communications poll and can be turned on steady from the panel.

IDNet channel capacity The CPU bay ES-PS provides an IDNet 2 signaling line circuit (SLC) that supports up to 250 addressable monitor and control points intermixed on the same pair of wires. IDNet 2 and IDNet 2+2 Module SLCs are isolated from other system reference voltages to reduce common mode noise interaction with adjacent system wiring. Additional 250 address IDNet 2 or IDNet 2+2 Modules are available, see Table 22.

Table 3: IDNet, MAPNET II, IDNet 2, and IDNet 2+2 SLC wiring common specifications

Specification Description 1 to 125 4000 ft (1219 m), 50 ohmsMaximum Distance from Control Panel for each Device Load

126 to 250 2500 ft (762 m), 35 ohms

Connections Terminals for 18 to 12 AWG (0.82 mm2 to

3.31 mm2)

Table 4: IDNet and MAPNET II Specifications

Specification Description New Installation Shielded twisted pair (STP)Wire Type Retrofit Only Unshielded twisted pair (UTP)

Total wire length allowed with T Taps for Class B Wiring

Up to 10,000 ft (3 km), 0.58 μF

Note: For retrofit installations consult with your local Simplex product supplier, restrictions may apply.

Table 5: IDNet 2 and IDNet 2+2 Wiring Specifications

Specification Description New Installation Unshielded twisted pair (UTP)Wire

Type Retrofit Only Shielded or unshielded, twisted or untwisted wire

Total wire length allowed with T Taps for Class B Wiring

Up to 12,500 ft (3.8 km), 0.60 μF

Maximum Capacitance Between IDNet 2 Channels

1 μF

IDNet 2 and IDNet 2+2 Module Compatibility: IDNet communicating devices and TrueAlarm sensors including QuickConnect and QuickConnect2 sensors

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Note: For retrofit installations consult with your local Simplex product supplier, restrictions may apply.

TrueAlarm system operation Addressable device communications include operation of TrueAlarm smoke and temperature sensors. Smoke sensors transmit an output value based on their smoke chamber condition and the CPU maintains a current value, peak value, and an average value for each sensor. Status is determined by comparing the current sensor value to its average value. Tracking this average value as a continuously shifting reference point filters out environmental factors that cause shifts in sensitivity.

Programmable sensitivity of each sensor can be selected at the control panel for different levels of smoke obscuration shown directly in percent, or for specific heat detection levels. To evaluate whether the sensitivity has to be revised, the peak value is stored in memory and can be easily read and compared to the alarm threshold directly in percent.

CO sensor bases combine an electrolytic CO sensing module with a TrueAlarm analog sensor to provide a single multiple sensing assembly using one system address. The CO sensor can be enabled or disabled, used in LED or Switch modes and custom control, and can be made public for communication across a fire alarm Network. Refer to data sheet S4098-0052 for details.

TrueAlarm heat sensors can be selected for fixed temperature detection, with or without rate-of-rise detection. Utility temperature sensing is also available, to provide freeze warnings or alert to HVAC system problems. Readings can selected as either Fahrenheit or Celsius.

TrueSense early fire detection Multi-sensor 4098-9754 provides photoelectric and heat sensor data using a single 4100ES IDNet address. The panel evaluates smoke activity, heat activity, and their combination, to provide TrueSense early detection. For more details on this operation, refer to data sheet S4098-0024 .

Diagnostics and default device type

Sensor status TrueAlarm operation allows the control panel to automatically indicate when a sensor is almost dirty, dirty, and excessively dirty. The NFPA 72 requirement for a test of the sensitivity range of the sensors is fulfilled by the ability of TrueAlarm operation to maintain the sensitivity level of each sensor. CO Sensors track their 10 year active life status providing indicators to assist with service planning. Indicators occur at: 1 year, 6 months, and when end of life is reached.

Modular TrueAlarm sensors TrueAlarm sensors use the same base and different sensor types (smoke or heat sensor) and can be easily interchanged to meet specific location requirements. You can substitute the intentional sensor during building construction when conditions are temporarily dusty. Instead of covering smoke sensors (causing them to be disabled), heat sensors can be installed without reprogramming the control panel. The control panel can indicate an incorrect sensor type, but the heat sensor can operate at a default sensitivity to provide heat detection for building protection at that location.

IDNAC SLC for addressable notification appliance communications IDNAC addressable notification appliance communications include operation of the following appliances:

• TrueAlert and TrueAlert ES Visible only (V/O, strobe)

• Audible only (A/O, horn)

• Audible/Visible (A/V, horn/strobe)

• Strobes of Speaker/Visible (S/V)

Note: S/V appliances require separate speaker wiring.

Operators can use the IDNAC SLC to control each horn and strobe individually through a single two-wire circuit. The IDNAC SLC confirms the wiring connections to the electronic circuit of each notification appliance, and then confirms communication between the fire alarm control unit and each appliance. Addressable communications increases supervision integrity versus conventional notification systems by providing supervision beyond the circuit wiring to each individual appliance and by constantly verifying the ability of each appliance to communicate with the control panel.

Individual appliance status and settings The fire alarm control panel monitors and records each addressable notification appliance status, type of appliance, and its configured appliance settings. A fault in any individual appliance automatically reports a trouble condition to the control panel.

Figure 5: TrueAlert ES addressable appliance reference

Virtual NACs provide control convenience For control convenience, operators can group IDNAC notification appliances into Virtual NACS (VNACs) for group control. You can make that grouping across SLCs, not defined by their wiring connection.

Panel control convenience Applicable operation settings for each appliance can be programmed without having to replace appliances or remove them from the wall or ceiling. An appliance's VNAC notification zone can be easily changed through programming without having to add additional circuits, conduit, and wiring. Audible and visible appliances for non-Fire Emergency Communications notification can be programmed to operate separately on the same pair of wires as the fire alarm notification appliances. The result is lower installation, retrofit, and overall life-cycle cost of ownership compared with traditional conventional notification systems.

Installation, retrofit, and life-cycle cost benefits With each addressable appliance capable of being controlled separately on the same two-wire IDNAC SLC, installation time and expense for both retrofit and new construction can be significantly reduced. When Class B wiring is used, wiring can be T-tapped allowing more savings in distance, wire, conduit (size and utilization), and overall installation efficiency.

Location information, diagnostics and troubleshooting Each addressable notification appliance has its own 40 character custom label to identify the location of the appliance and to aid in troubleshooting fault conditions. In conventional notification systems, conventional appliances are not capable of communicating with the control panel. Fault reporting on a conventional system is limited to the circuit wiring and the entire area (zone) covered by appliances on the notification appliance circuit (NAC) making it much more difficult and costly to locate and correct the source of a problem. Using the TrueAlert magnet test allows each appliance to individually identify its candela setting and address and to briefly operate if desired, and using the TrueAlert ES appliance Self-Test feature provides detailed performance verification for each appliance .

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TrueAlert ES appliance Self-Test operation

Onboard test sensors For efficient and unobtrusive Self-Testing TrueAlert ES appliances are equipped with onboard sensors to detect strobe or horn output. When Automatic Self-Test is initiated from the control panel, each appliance in the selected VNAC group briefly operates and then reports its Self- Test status to the control panel, all in several seconds. If required you can select Silent Self-Test to test only visible appliance. The control panel is in a trouble condition during testing and in the event of an alarm, Self- Test is automatically terminated. Additionally, Automatic Self-Test can be scheduled to occur at a convenient time on a regular basis.

Note: Requires version 2.03.01 or higher software.

Automatic Self-Test Automatic Self-Test results are communicated to the control panel with a time and date stamp and are stored in memory. Results are viewable at the front panel display and printed reports can be generated from the panel service port.

Individual Self-Test Individual Self-Test is selected from the control panel when individual appliances need to be observed to operate. Each appliance in the selected VNAC group turns on its LED until individually activated by applying a magnet. After performing the individual test, the appliance LED turns off to indicate completion. Results are recorded the same as during the automatic test.

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TrueAlert ES appliance Self-Test last test results report example Figure 6: TrueAlertES Self-Test report

Results Description

• NORMAL = Works correctly

• NO OUT = No Output, no light or sound was detected

• NOT TST = No result. Either the appliance did not return a result before the test ended or the test was conducted as silent (strobes only) and audible appliance was not activated

• N/A = Not applicable (no strobe, on audible only)

• UNSUPP = Appliance not compatible with Self-Test (TrueAlert addressable appliance not TrueAlert ES addressable appliance)

Note: Additional TrueAlert ES Self-Test information is detailed in ES Operating Instructions 579-197 shipped with the panel.

TrueAlert ES appliance Self-Test all test results report example Figure 7: TrueAlertES Self-Test report

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TrueAlert ES appliance Self-Test individual appliance report example Figure 8: Appliance report

IDNAC SLC hardware reference

ES-PS power supplies ES-PS power supplies configured with an IDNAC card provide three, 3 A IDNAC SLCs for control and power to TrueAlert ES and TrueAlert addressable notification appliances. Both power supplies incorporate an efficient switching design that provides a regulated output of 29 VDC, even during battery operation. With 29 VDC minimum output at the panel, addressable notification SLCs can support wiring distances two to three times farther than available with conventional notification, or support more appliances for each SLC, or work with smaller gauge wiring, or combinations of these benefits, all resulting in installation and maintenance savings with high assurance that appliances that operate during normal system testing can operate during worst case alarm conditions.

IDNAC SLC appliance wiring reference

IDNAC SLC capacity Up to 127 addresses and up to 139 unit loads. Appliances are typically one unit load. Devices such as Isolators may require more than one load. For specific information refer to individual device data sheet.

Table 6: IDNAC SLC appliance wiring reference

Specification Rating Required wire type Unshielded twisted pair (UTP) Maximum wire length allowed with T-Taps for Class B wiring, for each SLC 10,000 ft (3048 m)

Maximum wire length for each SLC to any appliance 4000 ft (1219 m) Appliance supervisory current 1 unit load = 0.8 mA for each appliance Wiring connections Terminals for 18 to 12 AWG (0.82 mm2 to 3.31 mm2) Installation Instructions (see for more information) 579-1015

8-Point Zone/Relay Module details

• Select as IDC or Relay and configure:

- Up to eight Class B IDCs or up to four Class A IDCs

- Up to eight Relay outputs rated 2 A resistive at 30 VDC (N.O. or N.C.)

- Combinations of IDCs and Relays.

Note: Each zone is separately configurable as an IDC or Relay output.

• IDC Support: each IDC supports up to 30, two-wire devices. Zone relay modules can be powered directly from the control unit power supply or through the optional 25 VDC regulator module where required for two-wire detector compatibility. Refer to 2-Wire Detector Compatibility document 579-832 for additional details.

• IDC EOL resistor values are selectable as: 3.3 kΩ, 2 kΩ, 2.2 kΩ, 3.4 kΩ, 3.9 kΩ, 4.7 kΩ, 5.1 kΩ, 5.6 kΩ, 6.34/6.8 kΩ, and 3.6 kΩ + 1.1 kΩ. See instructions for more details.

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Color ES Touch Screen Display The Color ES Touch Screen Display interface offers intuitive operation similar to a tablet or smart phone. With a larger area format versus an individual text line display, more information is available at a glance, and minimal key presses are needed to access detailed information.

Figure 9: ES Touch Screen Display operator interface

Features

ES Touch Screen Displays provide customized operating experience

• Event activity display choices include: First 8 Events or First 7 Events with emphasis on Most Recent, or First 6 Events with emphasis on First and

Most Recent (individually selectable for each event type).

• System reports are easily viewable. Logs can be read with minimal scrolling.

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• Up to two languages are available for a system, easily selected by programmable key press.

• Information sent to Remote ES Touch Screen Displays can be vectored by point or zone.

• Both Hard and Soft keys available for critical functions: Event Acknowledge, Alarm Silence, and Reset Functions.

• Resistive touchscreen technology allows operation with or without gloves.

• Seven programmable RGY LEDs available for user-defined display status (up to 2 status conditions for a LED).

• Seven programmable Soft keys available for user-defined control or maintenance functions.

• PRI2 Soft key label can be changed to CO to annunciate Carbon Monoxide detection status.

• ES Touch Screen Display can be programmed to report individual points or groups of points as a single zone.

• Supports ability to display a custom watermark background file of a company logo or other display content.

• Seismically compliant under the State of California Statewide Office of Housing and Development (OSHPD) Special Seismic Certification (SSC) program guidelines. Refer to Simplex Seismic Application Guide 579-1213 and Battery Brackets for Seismic Activity Applications S2081-0019 for details.

Display properties

• 8 inch (203 mm) diagonal, 800 x 600 resolution color touch screen display capable of annunciating up to 8 active events without scrolling.

• Bright white LED backlighting provides efficient and long lasting illumination. Backlight is dim in quiescent state, automatically switches to full power on touch or on event activity in system.

Description ES Touch Screen Displays for 4100ES fire alarm systems provide a large display with extended information content, dual language support including UTF-8 character languages, and an intuitive control key interface with the following:

• Up to 10 ES Touch Screen Displays are supported for each 4100ES control panel. Able to allow one ES Touch Screen Display to take-control and to designate access levels for interfaces not in-control. Programmable LEDs can be assigned to in-control status indications.

• Menu-driven format conveniently prompts operators for the next action required.

• Direct point callup displays individual points alphabetically and then homes in on the logical choice as more point information is entered.

• Event categories are color coded for quick visual representation:

- Red for Alarm and Priority 2 Events

- Yellow for Supervisory and Trouble events.

• Date formats are either MM/DD/YY or DD/MM/YY.

• Time formats are either 24 hour or 12 hour with AM/PM.

• System Normal screen supports a color background (watermark) for company name, company logo, or other display content.

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Example display screens Table 7: Example display screens

Figure 10: First and most recent alarm display Figure 11: Main menu

Figure 12: First eight active trouble events list Figure 13: Direct point callup

Figure 14: Alarm history log Figure 15: Detailed point status screen for TrueAlert ES appliance

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Specifications Table 8: General ES Touch Screen Display specifications

Specification Rating Resolution 800 x 600 Pixels (RGB) Size / Type 8 in. (203 mm) Diagonal / Color Touch Screen Touch Screen technology Resistive Event display Up to 8 events without scrolling Normal Screen custom watermark file format

680 x 484 Pixels: BMP, JPG, TIFF, GIF or PNG file format

Operating temperature: 32°F to 120°F (0°C to 49°C)Environmental Operating humidity: Up to 93% RH, non-condensing at 90°F (32°C) maximum

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Operator interface with monochrome 2 x 40 LCD With the locking door closed, the glass window allows viewing of the display, status LEDs, and available operator switches. Features include a two-line by 40-character, wide viewing angle (super-twist) LCD with status LEDs and switches as shown in Figure 16.

LED indicators describe the general category of activity being displayed with the LCD providing more detail. For the authorized user, unlocking the door provides access to the control switches and allows further inquiry by scrolling the display for additional detail.

• Convenient and extensive operator information is provided using a logical, menu-driven display

• Multiple automatic and manual diagnostics for maintenance reduction

• Alarm and Trouble History Logs (up to 1000 entries for each, 2000 total events) are available for viewing from the LCD, or capable of being printed to a connected printer, or downloaded to a service computer

• Convenient PC programmer label editing

• Password access control

Figure 16: Operator interface

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Expansion Bay module loading reference Figure 17: Expansion Bay chassis

Size definitions: Block = 4 in. W x 5 in. H (102 mm x 127 mm) card area Slot = 2 in. W x 8 in. H (51 mm x 203 mm) motherboard with daughter card

Table 9: Expansion Bay loading reference

Description Mounting IDNet 2, IDNet 2+2 Modules 1 Block Four 2 A Relays 1 Block Four 10 A Relays 4 in., 2 Slots Eight 3 A Relays

NON Power-limited 1 Block

VESDA Interface 2 in., 1 Slot Class B IDC 2 in., 1 Slot Class A IDC 2 in., 1 Slot MAPNET II Module 4 in., 2 Slots MAPNET II/IDNet Isolator 2 in., 1 Slot NAC Card 1 Block IDNAC Card 2 Blocks (on ES Power Supply only) ES-PS Blocks G and H ONLY ES-PS Configured as backup Blocks E and F ONLY ES-XPS 2 Blocks

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Mounting and Master Controller Bay module reference Figure 18: Mounting and CPU Bay module reference

Note:

1. Side View dimensions are shown with minimal cabinet and door protrusion from the exterior wall. For 6 in. stud construction with minimum protrusion shown, the door opens 90 degrees. To allow the door to open 180 degrees, the exposed cabinet dimension from the exterior wall must be a minimum of 3 in. (76 mm) for both 4 in. and 6 in. stud construction.

2. Asterisks (*) in Figure 18 indicate supplied modules.

3. A system ground must be provided for earth detection and transient protection devices. This connection can be made to an approved, dedicated earth connection for each NFPA 70, article 250, and NFPA 780.

Page 15 S4100-1031 Rev. 18 08/2024

General specifications Table 10: ES Power Supply specifications (ES-PS and ES-XPS)

Specifications Rating AC input power 120 to 240 VAC

120 VAC 3.72 A

220 to 240 VAC 1.82 A Total DC output power capacity Without fan 9.5 A With 4100-5131 fan and 4100-5451 IDNAC module(s) 9.7 A With 4100-5131 fan (without 4100-5451 IDNAC module) 12.7 A With Regulated 24V appliance loads (with or without 4100-5131 fan) 5.0 A Special application appliance loads: supports full total DC output power capacity ratings

Simplex horns, strobes, and combination horn/strobes and speaker/ strobes (contact your Simplex product representative for compatible appliances)

Regulated 24V appliances: reduces total DC output power capacity to

5.0 A

Power for other UL listed appliances. Use associated external synchronization modules where required.

Auxiliary power tap 2 A maximum (taken from total output power capacity) NACs programmed for auxiliary power 3 A maximum for each NAC, 5 A maximum total (taken from total output power capacity) Battery charger (ES-PS only) Sealed lead-acid batteries Battery Ah capacity UL/ULC listed for battery charging of up to 110 Ah (batteries larger than 50

Ah require a remote battery cabinet) Charger characteristics and performance Temperature compensated, dual rate, recharges depleted batteries in 48 hours Environmental Operating Temperature 32°F to 120°F (0°C to 49°C) Operating Humidity Up to 93% RH, non-condensing at 90°F (32°C) maximum Option Card Mounting 2 vertical blocks are available fore compatible modules. Refer to 579-1288 installation instructions for additional details.

Note:

1. Battery charger is only available on the ES-PS Power Supply.

2. When an ES-PS is used to power Flex-35 or Flex-50 Amplifiers the ES-PS battery charger is not available.

Master Controller Selection information

Note for Table 11 and Table 12 Supervisory and alarm currents are without IDNet devices. Add IDNet device currents seperately.

Table 11: 4100ES Master Controller Selection

Model Description Includes Listings Supv. Alarm 4100-9701 ES-PS Master Controller with 2x40

Display - English Master Controller – English, 2x40 Display, CPU Card, IDNet 2 Card supports up to 250 addressable/analog points, ES Power Supply (120 V to 240 V 50/60 Hz, 24 V Aux. Relay, 24 V Aux.

Power Tap/Simple NAC, 110 Ah Battery Charger) and external RUI+ (isolated or un-isolated) communications interface.

UL/ULC

4100-9702 ES-PS Master Controller with 2x40 Display - Canadian French

Same as 4100-9701 except with Canadian French user interface.

ULC

277 mA (See note)

321 mA (See note)

4100-9706 ES-PS Master Controller with ES Touch Screen Display

Same as 4100-9701 except with Color ES Touch Screen Display user interface. For dual language support, desired language is switch selectable.

UL/ULC,

CSFM

362 mA (See note)

441 mA (See note)

4100-9709 ES-PS Master Controller without Display - English

Same as 4100-9701 except with no 2x40 Display or user interface.

UL/ULC 277 mA (See note)

321 mA (See note)

Note:

1. The Master Controller current draw specifications do not include IDNet, NAC, or IDNAC current draws. These must be added separately as required.

2. International orders may substitute MX Loop Module (4100-3120) in place of IDNet 2 Module (4100-3117). Refer to data sheet S4100-0059 for more details. The 4100-3120 provides the same module and specifications as the 4100-6311 but is dedicated as a Master Controller feature selection.

3. At the time of publication English and Canadian French languages are available for ES Touch Screen Display models. Contact your local Simplex product supplier for the latest status and availability for other languages.

Page 16 S4100-1031 Rev. 18 08/2024

Table 12: 4100ES Master Controller upgrades for existing 4100 series Fire Alarm Control Panels

Model Panel Type Includes

4100-7150 1000 pt 4100 (4100+) New Master Controller CPU card, 4100ES door assembly with 2 x 40 LCD operator interface, and Ethernet connection

4100-7152 512 pt 4100 Same as 4100-7150 plus a Universal Power Supply

4100-7158 4100U or1000 pt 4100 (4100+) previously upgraded to 4100U

New Master Controller CPU card with Ethernet Connection Upgrade Kit (door assembly with user interface not included) for:

4100U with or without operator interface, or 4100+ and operator interface, or an existing 4100 (512 pt) or 4100+ (1000 pt) panel that was previously upgraded to a 4100U Master Controller and operator interface

4100-7162 1000 pt 4100 (4100+) New Master Controller CPU card, 4100ES door assembly with Color ES Touch Screen Display user interface and Ethernet connection for 4100+ cabinet (requires 4100ES Version 6.01 or higher)

4100-7163 4100+ Cabinet upgraded with New Master Controller CPU card

4100ES door assembly with Color ES Touch Screen Display user interface and Ethernet connection for 4100+ cabinet previously upgraded with New Master Controller CPU card (requires 4100ES Version 6.01 or higher)

4100-7164 2000 pt 4100 (4100U) New Master Controller CPU card, 4100ES door assembly with Color ES Touch Screen Display user interface and Ethernet connection for 4100U cabinet (requires 4100ES Version 6.01 or higher)

Table 13: ES Touch Screen Display user interface upgrade kit

Model Panel type Description

4100-7165 4100ES or 4010ES New ES Touch Screen Display user interface for upgrading an existing 4100ES 2x40 LCD or InfoAlarm user interface, or for upgrading an existing 4010ES InfoAlarm User Interface to a new ES Touch Screen Display user interface

Table 14: Master Controller accessories

Model Description 4100-2300 Expansion Bay Assembly, order for each required expansion bay (not required for 4100-9121) 4100-2303 Legacy Module Stabilizer Bracket, used when expansion bays have legacy slot style modules

4100-2301 Expansion Bay upgrade kit for mounting 4100ES style (4 in. x 5 in. modules) in existing 4100 style panels

Note: When using this kit to upgrade a 4100+ transponder, a 4100-0620 Transponder Interface Card (TIC) is also required for com-munications to the 4100ES module

Module Selection Information

Current Calculation Notes To determine total supervisory current, add currents of modules in panel to base system value and all external loads powered by panel power supplies.

To determine total alarm current, add currents of modules in panel to base system alarm current and add all panel NAC loads and all external loads powered from panel power supplies.

Table 15: Communication Modules

Model Description Size Supv. Alarm 4100-1291 Un-isolated remote unit interface module (RUI), up to three maximum for each control panel 1 Slot 85 mA 85 mA 4100-6031 City Circuit, with disconnect switches 20 mA 36 mA 4100-6032 City Circuit, without disconnect switches 20 mA 36 mA

4100-6033

Select one for each ES Power Supply (non power-limited)

Alarm Relay, three Form C relays, 2 A at 32 VDC

For use with ES-PS only (not for backup ES-PS or

ES-XPS)

1 Block 15 mA 37 mA

4100-6038 Dual Port RS-232 with 2120 interface (slot module) Three maximum of RS-232 type modules for each panel 1 Slot 132 mA 132 mA

4100-6048 VESDA Aspiration System Interface 1 Slot 132 mA 132 mA

4100-6080 DACT, Point or Event Reporting. One shipped unless 4100-7908 is selected. Two max. for each system, includes two 2080-9047 cables, 14 ft (4.3 m) long, RJ45 plug and spade lugs. Side Mt. 30 mA 40 mA

Table 16: Connected Services Gateway with IP communicator

Model Description Size 4100-2504 Connected Services Gateway with IP communicator, side mount 1 slot 4100-2506 Connected Services Gateway with IP communicator, vertical mount 2 blocks

Page 17 S4100-1031 Rev. 18 08/2024

Table 17: ES Power Supplies

Model Voltage Description Includes Provides Power to Bay

Size Supv. Alarm

4100-5401 120 to 240 V 50/60 Hz

ES-PS 24 V Aux. Relay, 24 V Aux. Power 2 A Tap/ Simple NAC, 110 Ah Battery Charger, 2 PDI Blocks for compatible option cards.

Yes

4100-5402 120 to 240 V 50/60 Hz

ES-XPS Same as ES-PS, except without battery charger No

2 Blocks 68 mA 77 mA

Table 18: Power supply accessories

Model Description Size Current 4100-5152 12 VDC Power Option, 2 A maximum 1 Block 1.5 A maximum 4100-0156 8 VDC Converter, required for multiple Physical Bridge Modules, 3 A maximum 1 Block included with loads 4100-5130 Voltage Regulator Module, 22.8 to 26.4 VDC (25 VDC nominal); isolated and resettable output; includes earth detection circuit and trouble relay for status monitoring.

1 Block 3 A maximum with 2.5 A load,

4.9 A maximum with 4 A load

4100-5131 ES-PS Fan Module, allows more than one power supply to be installed in a single bay and may increase total DC output power capacity for each power supply. See Table 10 for specifications.

N/A 0 mA Supv. 200 mA Alarm

4100-0636 Box Interconnection Harness Kit (non-audio); order one for each close-nippled cabinet 4100-0638 4100 Slot Module Additional 24 VDC Harness; needed when 4100 Slot module requirements exceed 2 A from ES-PS 4100-5403 Harness for ES-PS Backup Power Supply 4100-0644 120 VAC PDM Harness 4100-0645 220 VAC PDM Harness 4100-0646 230 VAC PDM Harness 4100-0647 240 VAC PDM Harness

One PDM harness is required for each power supply, select as required for appropriate input voltage

Table 19: Conventional and Addressable Notification Appliance Modules

Max Load - Special Application

Max Load - Regulated 24 V Current DrawModel Description Outputs Size

On ES-PS /

ES-XPS

In Bay On ES-PS /

ES-XPS

In Bay Supv. Alarm

4100-5450 Conventional NAC Module

Three 3 A NACs

1 Block 3.0 A / NAC

9.0 A / Card

3.0 A / NAC

6.0 A / Card

2.0 A / NAC

5.0 A / Card

2.0 A / NAC

2.0 A / Card

66 mA 66 mA

4100-5451 IDNAC

Addressable Notification SLC Module

Three 3 A SLCs

2 Blocks (on ES Power Supply only)

3.0 A / NAC

9.0 A / Card

N/A N/A 124 mA 230 mA

Note:

• Special Application specifications apply to both Special Application and Steady Aux Power loads during alarm operation. Available power during non-alarm operation is 5.0 A maximum.

• The 4100-5450 and 4100-5451 can only be powered from a 4100-5401 and 4100-5402 power supply.

Table 20: Dual Class A Isolator for IDNAC

Model Description Size Supv. Alarm 4100-6103 Dual Class A IDNAC Isolator (DCAI):

• Converts a single Class B IDNAC SLC input to two Class A SLC outputs

• Provides short circuit isolation between each Class A output circuit

• Connect up to two DCAI Modules for each IDNAC SLC input up to a maximum of 6 DCAI Modules for each IDNAC SLC

• Each isolated output SLC used requires one IDNAC address

• The total current remains controlled by the Class B input source SLC at 3 A maximum

• Each isolated loop supports up to 30 device addresses

Note: You can install up to 30 additional device addresses between each 4905-9929 TrueAlert Addressable Isolator+ Module, not to exceed the maximum address and unit loading specifications for the IDNAC channel

1 Block 8.3 mA 18.5 mA

Page 18 S4100-1031 Rev. 18 08/2024

Table 21: 8-Point Zone/Relay Card

Model Description Size Supv. Alarm 4100-5013 8 point zone/relay 4 in. x 5 in. flat module. Supports eight Class B or four Class A IDCs. Mounts in any open block in a master controller or expansion bay. Alarm current shown is for eight Class B IDCs using 3.3K end-of-line-resistors with four in alarm and four in standby. Standby current shown is for all eight IDCs in standby. Refer to 579-1236 Zone/Relay Module Installation Instructions for additional information.

1 Block 83 mA 295 mA

4100-6305 25 V regulator harness for 8 point zone/relay module. One required for each 8 point zone/relay module to be powered by the 4100-5130 25 V regulator module. A maximum of five 8 point zone/relay modules may be powered from the 4100-5130 for each bay.

N/A N/A N/A

Note: Modules in Table 21 requires 4100ES Version 3.06 or later.

Table 22: IDNet Addressable Interface Modules

Model Description Devices Standby Alarm none 50 mA 60 mA 50 90 mA 150 mA 125 150 mA 225 mA

4100-3109 4100-3117

IDNet 2 Module, 250 point capacity. Electrically isolated output with two short circuit isolating Class B or Class A output loops, 1 block. Standard on ES-PS with IDNet 2 Module.

Alarm currents for 50 and above devices includes 20 device LEDs in alarm.

250 250 mA 350 mA none 50 mA 60 mA 50 90 mA 150 mA 125 150 mA 225 mA

4100-3110 IDNet 2+2 Module, 250 point capacity. Electrically isolated output with four short circuit isolating Class B or Class A output loops, one block. Alarm currents for 50 and above devices includes 20 device LEDs in alarm.

250 250 mA 350 mA 4100-3111 IDNet Short Circuit Isolating Loop Output Module. Mount up to two on a 4100-3109 or 4100-3117 module. This option is for aftermarket field installation only. Total initiating SLCs for each CPU, including VESDA Interface is 30.

Note: Each IDNet 2 and IDNet 2+2 Short Circuit Isolating Loop Output can be individually controlled for system diagnostics and can be assigned a public point for Fire Alarm Network.

Table 23: Current draw for each IDNet device

Condition Current Standby 0.8 mA Alarm, with LED off 1.0 mA Alarm, with LED on 3.0 mA Note: A maximum of 20 devices with LED on is supported for each channel. Additional device LEDs do not turn on.

Table 24: MAPNET Addressable Interface Modules

Model Description Supv. Alarm Module without devices 255 mA 275 mA

4100-3102 MAPNET II Module, 127 point capacity, add devices separately. Module size = 2 Slots. Loading for each MAPNET II device = 1.7 mA. Fully loaded module, total 471 mA 491 mA

4100-3103

Isolator Module for MAPNET II communications; converts a single connected SLC into four isolated outputs selectable as Class A or Class B. Up to two Isolator Modules can be connected to one SLC. Module size = 1 Slot.

Note: Compatible with MAPNET II Remote Isolators only

50 mA 50 mA

Table 25: Relay Modules; Non power-limited for mounting in expansion bay only

Model Description Resistive Ratings Inductive Ratings Size Supv. Alarm 4100-3207 Four double-pole, double-throw (DPDT) switches with feedback

2 A 30 VDC or 30VAC 0.5 A 30 VDC or 120 VAC 1 Block 18 mA 65 mA

4100-3208 Four double-pole, double-throw (DPDT) switches with feedback

10 A 30 VDC or 120 VAC or 240…