Lixon Power Project Private Limited

🔹 Highlighted Specifications — System Sensor SYS-HS Wall-Mount Horn-Strobe

• Brand: System Sensor (Honeywell)

• Model No.: SYS-HS

• Product Type: Horn-Strobe Audible + Visual Notification Device (Wall Mount)

• Nominal Voltage: 24 V DC (regulated or full-wave rectified)

• Operating Voltage Range: 16 to 33 V DC

• Standby Current: Low current draw in normal mode (LED blink)

• Max Current Draw (Alarm): Higher current when horn + strobe active (varies by settings)

• Strobe Output (Candela Options): Field-selectable — 15, 75, or 115 cd

• Horn Settings: High / Low volume; continuous tone or temporal (Temporal 3 pattern)

• Synchronisation: Built-in synchronization of strobes (self-sync for up to 30 minutes per NFPA standards)

• Operating Temperature Range: 0 °C to 49 °C

• Relative Humidity: 10% to 93% non-condensing

• Flash Rate: 1 flash per second (for the strobe)

• Wire Gauge for Terminals: 14 to 18 AWG

• Dimensions: ~131 mm × 127 mm × 38 mm (including lens)

• Housing / Finish: Red wall housing; universal “FIRE” symbol; accessories for mounting variations (ceiling trim ring, mini horn trim plate)

🔹 Highlighted Specifications — Edwards SIGA-CC1

• Brand: Edwards (EST Signature Series)

• Model No.: SIGA-CC1

• Product Type: Intelligent Addressable Single-Input Signal Module

• Functions / Circuit Types Supported:
    • Audible / Visible Notification Appliance circuits (Class B)
    • Audio evacuation speaker circuits (25 or 70 VRMS)
    • Firefighter telephone circuits (three-state or four-state types)

• Operating Voltage Range: 15.20 to 19.95 V DC

• Standby Current: ~310 µA

• Active / Output Current: ~135 µA (when output active)

• Addressing: Electronic (soft addressing); no DIP switches

• Personality Codes:
    • Code 5: Signal supervised output — used for audio / AV signal selector or notification appliance circuit
    • Code 6: Telephone three-state (Class B)
    • Code 26: Telephone four-state (Class B)

• Output Ratings:
    • 24 V DC signal power: up to 2 A
    • Audio evacuation (25 VRMS): ~50 W
    • Audio evacuation (70 VRMS): ~35 W

• Wire Size / Terminals: #12 to #18 AWG (2.5 mm² to 0.75 mm²)

• Mounting: Standard 2-gang boxes (2½″ deep) or 4-inch square boxes (1½″ deep) with dual-gang covers or Signature Series mounting plates

• LED Indicators:
    • Green LED flashes when module is polled (normal)
    • Red LED flashes when in alarm / active state

• Operating Temperature: 0 °C to +49 °C

• Relative Humidity: 0% to 93% RH, non-condensing

• Storage Temperature: –20 °C to +60 °C

• Certifications / Listings: UL 864, CAN/ULC-S527, EN54-18

A smoke detector tester is a device, often an aerosol spray or a specialized generator, that releases a safe, simulated smoke to check if a smoke alarm's sensor and electronics are working correctly, ensuring it can detect real fire conditions and provide an early warning. Testers confirm the detector's functionality, battery integrity, and sensor accuracy by triggering the alarm without causing residue or damage, with professional models designed to work on ionization and optical detectors from a safe distance

721-001-301 ZX5Se 1-5 loop control panel. 230Vac, 4 sounder circuits, 4 line display and networking capability. 6 Amp PSU with 460mA loop capability 500 x 500 x 195mm (H x W x D). Order loop cards separately. Languages supplied: English, Italian, Spanish, Portuguese, Polish, Dutch, Slovenian and Croatian.

721-001-301
721-001-301 ZX5Se 1-5 loop control panel. 230Vac, 4 sounder circuits, 4 line display and networking capability. 6 Amp PSU with 460mA loop capability 500 x 500 x 195mm (H x W x D). Order loop cards separately. Languages supplied: English, Italian, Spanish, Portuguese, Polish, Dutch, Slovenian and Croatian.

�� Highlighted Specifications — Notifier FST-951R

• Brand: Notifier

• Model No.: FST-951R

• Product Type: Addressable Intelligent Fixed Temperature Heat Detector (135 °F / 57 °C)

• Operating Voltage Range: 15–32 V DC

• Standby Current @ 24 V DC: ~200 µA (with LED blink on poll)

• Maximum Alarm Current: ~2 mA @ 24 V DC (LED steady on)

• Maximum Current (Other States): ~4.5 mA @ 24 V DC (e.g., amber LED on)

• Operating Temperature Range: 0 °C to 38 °C (32 °F to 100 °F)

• Operating Humidity: 10% to 93% RH, non-condensing

• Dimensions: Height ~2.0″ (51 mm); Diameter ~6.2″ (156 mm) with B300-6 base or ~4.1″ (104 mm) with B501 base

• Weight: Approximately 95 g

• Detection Technology: Fixed temperature thermal detection (135 °F / 57 °C)

• Communication Protocol: FlashScan® (only)

• Addressing: Rotary decimal addressing — point-addressable up to panel capacity

• LED Indicators: Green blink when polled, red latch during alarm

• Construction & Installation: Plug-in style; requires compatible intelligent base (e.g., B300-6, B501)

• Certifications & Listings: UL 521 (Heat), FM Approved, CSFM, UL/ULC

🔹 Highlighted Specifications — Honeywell Morley MI-DCMOE

• Brand: Honeywell Morley

• Model No.: MI-DCMOE

• Product Type: Addressable Control Output Module

• Operating Voltage Range: 15–30 V DC (from loop)

• Quiescent Current: ~300 µA (with LED blink on poll)

• Maximum Active Current: ~5 mA (LED steady on)

• Relay Ratings:

  • 30 V DC @ 2 A (resistive load)

  • 30 V DC @ 0.5 A (inductive load)

  • 110 V AC @ 0.9 A (resistive load)

• Function: Provides a Form-C relay output for controlling external devices such as fans, dampers, lifts, door release mechanisms, or fire suppression systems

• Communication Protocol: Morley-IAS intelligent loop

• Addressing: Soft addressing (auto-addressable via panel)

• LED Indicators: Red LED — flashes when polled, steady on when activated

• Mounting Options: Standard single-gang or 4-inch square electrical box

• Dimensions: ~93 mm (H) × 89 mm (W) × 23 mm (D)

• Weight: Approx. 130 g

• Construction: Encapsulated plastic enclosure with plug-in terminals

• Application: Designed to control external equipment during fire events via Morley-IAS intelligent fire alarm systems

• Certifications & Listings: LPCB Approved, CE Marked, EN 54 Compliant

Conventional manual call point is an emergency alerting device which can be activated by pressing a transparent plastic window on its front side. The call point once activated can be reset by press. Designed for use with conventional fire alarm control panels and alarm loop by installing the module conventional zone module. This allows the fire alarm control panel to monitor the conventional call point devices. 

The revolutionary HM Advanced range delivers a totally new detector platform that incorporates the new digital Series Advanced Protocol. The new Protocol delivers more devices on the loop and gives greater control, configurability and device management whilst enabling the overall system to be optimized to the location and use of the building with far greater flexibility than ever before. All HM series detectors are environmentally friendly and meet the WEEE and RoHS legislative requirements, minimising end of life disposal costs, and are mechanically and electrically backwards compatible with existing devices. The devices utilise the universal B501AP base making the installation process simple and fast

High quality loop powered device designed to alert building occupants of an emergency. Featuring fast and simple installation and control it is powered by the fire panel via the loop wiring. Control of the device is enabled using on-board switches or via the digital protocol using the control panel.

WSO-PR-N00 - Red Wall Mount Sounder, with pure white skirt - non isolated.

WSO-PR-I00 - Red Wall Mount Sounder, with pure white skirt - isolated.

The range is installed simply by a twist fit onto the B501AP base.

The Intelligent Manual Call Point has been designed to operate on a loop of intelligent fire detection devices. An alarm is initiated by pressing the resettable element. The manual call point signals to the Control and Indicating Equipment using an interrupt feature within the Apollo digital protocol. An alarm status is indicated through the rotation of the resettable element, displaying yellow and black indication bars and a solid red LED. The manual call point can be easily reset from the front using the supplied reset key. Intelligent Manual Call Point Product information • Resettable operating element • Easy access, front reset mechanism • E-Z fit connector system for installation • Ergonomic reset key • EN 54-11 and EN 54-17 Certified • 170° viewable LED • Continuity link for cable insulation testing • Suitable for semi flush or surface mounting

Repeated operation of the appropriate acknowledge switch will scroll the LCD display showing activity in the sequence of occurrence. The tone-alert also pulses to indicate the operation of any of the push-button switches. Consult local code requirements for guidance in determining applications and location of the 4603-9101 LCD annunciator. Operation System Controls. Notification appliances can be deactivated by pressing the “ALARM SILENCE” switch. (Exact operation is determined by the host control panel such as visible appliances remaining on until system is reset.) Pressing the “SYSTEM RESET” switch restores the system to normal operation. When system activity is normal, the LCD displays the time, date, and “SYSTEM IS NORMAL.” Control Switches. Four programmable “CONTROL” switches and associated LEDs are included. Typical applications include manual evacuation, door holder release bypass, and elevator capture bypass. Keyswitch Enable. All switches on the annunciator are controlled by the “ENABLE” keyswitch with a key that is removable only in the disabled position. A brief lamp/LCD test is performed whenever the keyswitch is changed from enabled to disabled. Battery Backup Operation. During battery backup, the LED backlighting is disabled to conserve battery power. When an annunciator switch is activated, the backlighting is automatically enabled. After approximately 30 seconds of inactivity, the backlighting will again be disabled.

Highlighted Specifications — Edwards SIGA-270 Manual Pull Station

• Brand: Edwards (EST, Signature Series)

• Model No.: SIGA-270 (single-stage); SIGA-270P (two-stage presignal available)

• Product Type: Intelligent Addressable Manual Pull Station (Break-Glass Type)

• Construction: Die-cast zinc body with red epoxy powder-coat finish for durability

• Operation: Single action—pulling lever breaks glass rod, guarantees positive alarm activation

• Intelligence & Diagnostics: Built-in microprocessor for address storage, serial number, device status, auto-mapped location, history logging, and standalone alarm input capability

• LED Indicators: Green flash during normal polling; red flash in alarm; LEDs latch steady on in standalone mode

• Addressing: Soft addressing via loop controller—no manual switches required

• Operating Voltage: 15.2–19.95 V DC (nominal 19 V DC)

• Current Draw:

  • Standby: ~250 µA (single-stage model)

  • Alarm: ~400 µA (single-stage model)

• Environmental Spec:

  • Operating Temp: 0 °C to 49 °C (32 °F to 120 °F)

  • Humidity: 0–93% RH, non-condensing

• Mounting: Fits 2½″ deep, single-gang electrical boxes; presignal versions require deeper 4″ boxes

• Wiring: Accepts 12–18 AWG (2.5 mm² to 0.75 mm²) wiring

• Certifications: UL, ULC, MEA, CSFM compliant

• Highlights:

  • Familiar teardrop design with visible glass rod for tamper deterrence

  • Intelligent loop communication ensures quick panel response and wiring resilience

  • ADA compliant and vehicle-tested for high ambient temperature performance

The SIGA CT1 Single Input Module by Edwards is designed for use in intelligent addressable fire alarm systems. It is used to monitor and supervise a single normally open dry contact device such as flow switches, valve tamper switches, pressure switches, and other fire protection equipment.
This module converts conventional contact devices into addressable points, allowing seamless integration with Edwards fire alarm control panels. The SIGA CT1 ensures reliable signal transmission, fast response, and accurate status monitoring within the fire detection system.
Key benefits include easy installation, compact design, stable performance, and compatibility with Edwards Signature Series systems. It improves system flexibility while maintaining high safety and compliance standards.
Widely used in commercial buildings, industrial facilities, hospitals, hotels, IT parks, warehouses, and high-rise projects where dependable fire monitoring is required.