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The ADITYA Annunciator panel consists of a set of twelve lights that serve as a centralised indicator of the status of equipment or systems in industrial processes, buildings, or other installations. These annunciators are designed to function effectively under challenging conditions, including system vibrations, high temperatures, and dusty environments. The integration of microprocessor technology ensures high accuracy in performance. -Principle of operation : During operation, if any fault occurs, the corresponding window will start flashing, the internal buzzer will sound, and the external hooter’s C-NO contacts will close. In contrast, the trip contacts become energised, meaning the C-NOs will close and the C-NC contacts will open. Pressing the “Acknowledge“ (Ack) button will stop the flashing light, make it steady, silence the internal buzzer, and open the external hooter contact, effectively turning the external hooter off. After the fault has been cleared, pressing the “Reset“ button will restore the system to normal operating conditions. This procedure also applies to faults F2 to F12, where the outputs will be monitored accordingly. -Technical Specifications : 1. Supply Voltage : 12Vdc, 24Vdc, 48Vdc, 110Vdc, 110Vac, 230Vac or 90-260Vac/dc 2. No. of input Faults : 12 ( Faults should be potential free) 3. Output Contact rating : 5A @ 230Vac. 4. Flashing Duty cycle : 1-1.2 sec. 5. Power consumption on standby : 3VA max. 6. Power consumption on all faults : 14VA max. 7. Insulation between output contacts & internal circuit : > 10 Mohm. 8. Physical size of the unit : Overall Size : 216 (H) * 144 (V) * 150 (D) mm Cut Out size : 212 (H) mm * 141 (V) mm.

The ADITYA Annunciator panel consists of a set of twelve lights that serve as a centralised indicator of the status of equipment or systems in industrial processes, buildings, or other installations. These annunciators are designed to function effectively under challenging conditions, including system vibrations, high temperatures, and dusty environments. The integration of microprocessor technology ensures high accuracy in performance. -Principle of operation : During operation, if any fault occurs, the corresponding window will start flashing, the internal buzzer will sound, and the external hooter’s C-NO contacts will close. In contrast, the trip contacts become energised, meaning the C-NOs will close and the C-NC contacts will open. Pressing the “Acknowledge“ (Ack) button will stop the flashing light, make it steady, silence the internal buzzer, and open the external hooter contact, effectively turning the external hooter off. After the fault has been cleared, pressing the “Reset“ button will restore the system to normal operating conditions. This procedure also applies to faults F2 to F12, where the outputs will be monitored accordingly. -Technical Specifications : 1. Supply Voltage : 12Vdc, 24Vdc, 48Vdc, 110Vdc, 110Vac, 230Vac or 90-260Vac/dc 2. No. of input Faults : 12 ( Faults should be potential free) 3. Output Contact rating : 5A @ 230Vac. 4. Flashing Duty cycle : 1-1.2 sec. 5. Power consumption on standby : 3VA max. 6. Power consumption on all faults : 14VA max. 7. Insulation between output contacts & internal circuit : > 10 Mohm. 8. Physical size of the unit : Overall Size : 144 (H) * 144 (V) * 150 (D) mm Cut Out size : 141 (H) mm * 141 (V) mm.

The ADITYA Annunciator panel consists of a set of eight lights that serve as a centralised indicator of the status of equipment or systems in industrial processes, buildings, or other installations. These annunciators are designed to function effectively under challenging conditions, including system vibrations, high temperatures, and dusty environments. The integration of microprocessor technology ensures high accuracy in performance. -Principle of operation : During operation, if any fault occurs, the corresponding window will start flashing, the internal buzzer will sound, and the external hooter’s C-NO contacts will close. In contrast, the trip contacts become energised, meaning the C-NOs will close and the C-NC contacts will open. Pressing the “Acknowledge“ (Ack) button will stop the flashing light, make it steady, silence the internal buzzer, and open the external hooter contact, effectively turning the external hooter off. After the fault has been cleared, pressing the “Reset“ button will restore the system to normal operating conditions. This procedure also applies to faults F2 to F8, where the outputs will be monitored accordingly. -Technical Specifications : 1. Supply Voltage : 12Vdc, 24Vdc, 48Vdc, 110Vdc, 110Vac, 230Vac or 90-260Vac/dc 2. No. of input Faults : 8 ( Faults should be potential free) 3. Output Contact rating : 5A @ 230Vac. 4. Flashing Duty cycle : 1-1.2 sec. 5. Power consumption on standby : 3VA max. 6. Power consumption on all faults : 10VA max. 7. Insulation between output contacts & internal circuit : > 10 Mohm. 8. Physical size of the unit : Overall Size : 192 x 96 x 140 mm Cut Out size : 189 x 92mm

The ADITYA Annunciator panel consists of a set of eight lights that serve as a centralised indicator of the status of equipment or systems in industrial processes, buildings, or other installations. These annunciators are designed to function effectively under challenging conditions, including system vibrations, high temperatures, and dusty environments. The integration of microprocessor technology ensures high accuracy in performance. -Principle of operation : During operation, if any fault occurs, the corresponding window will start flashing, the internal buzzer will sound, and the external hooter’s C-NO contacts will close. In contrast, the trip contacts become energised, meaning the C-NOs will close and the C-NC contacts will open. Pressing the “Acknowledge“ (Ack) button will stop the flashing light, make it steady, silence the internal buzzer, and open the external hooter contact, effectively turning the external hooter off. After the fault has been cleared, pressing the “Reset“ button will restore the system to normal operating conditions. This procedure also applies to faults F2 to F8, where the outputs will be monitored accordingly. -Technical Specifications : 1. Supply Voltage : 12Vdc, 24Vdc, 48Vdc, 110Vdc, 110Vac, 230Vac or 90-260Vac/dc 2. No. of input Faults : 8 ( Faults should be potential free) 3. Output Contact rating : 5A @ 230Vac. 4. Flashing Duty cycle : 1-1.2 sec. 5. Power consumption on standby : 3VA max. 6. Power consumption on all faults : 10VA max. 7. Insulation between output contacts & internal circuit : > 10 Mohm. 8. Size cutout : 140mm * 140mm 9. Physical size of the unit : Overall Size : 144 (H) * 144 (V) * 150 (D) mm Cut Out size : 141 (H) mm * 141 (V) mm.

The ADITYA Annunciator panel consists of a set of eight lights that serve as a centralised indicator of the status of equipment or systems in industrial processes, buildings, or other installations. These annunciators are designed to function effectively under challenging conditions, including system vibrations, high temperatures, and dusty environments. The integration of microprocessor technology ensures high accuracy in performance. -Principle of operation : During operation, if any fault occurs, the corresponding window will start flashing, the internal buzzer will sound, and the external hooter’s C-NO contacts will close. In contrast, the trip contacts become energised, meaning the C-NOs will close and the C-NC contacts will open. Pressing the “Acknowledge“ (Ack) button will stop the flashing light, make it steady, silence the internal buzzer, and open the external hooter contact, effectively turning the external hooter off. After the fault has been cleared, pressing the “Reset“ button will restore the system to normal operating conditions. This procedure also applies to faults F2 to F8, where the outputs will be monitored accordingly. -Technical Specifications : 1. Supply Voltage : 12Vdc, 24Vdc, 48Vdc, 110Vdc, 110Vac, 230Vac or 90-260Vac/dc 2. No. of input Faults : 8 ( Faults should be potential free) 3. Output Contact rating : 5A @ 230Vac. 4. Flashing Duty cycle : 1-1.2 sec. 5. Power consumption on standby : 3VA max. 6. Power consumption on all faults : 10VA max. 7. Insulation between output contacts & internal circuit : > 10 Mohm. 8. Size cutout : 140mm * 140mm 9. Physical size of the unit : Overall Size : 72 (H) * 144 (V) * 150 (D) mm Cut Out size : 70 (H) mm * 140 (V) mm.

The ADITYA Annunciator panel consists of a set of six lights that serve as a centralised indicator of the status of equipment or systems in industrial processes, buildings, or other installations. These annunciators are designed to function effectively under challenging conditions, including system vibrations, high temperatures, and dusty environments. The integration of microprocessor technology ensures high accuracy in performance. -Principle of operation : During operation, if any fault occurs, the corresponding window will start flashing, the internal buzzer will sound, and the external hooter’s C-NO contacts will close. In contrast, the trip contacts become energised, meaning the C-NOs will close and the C-NC contacts will open. Pressing the “Acknowledge“ (Ack) button will stop the flashing light, make it steady, silence the internal buzzer, and open the external hooter contact, effectively turning the external hooter off. After the fault has been cleared, pressing the “Reset“ button will restore the system to normal operating conditions. This procedure also applies to faults F2 to F6, where the outputs will be monitored accordingly. -Technical Specifications : 1. Supply Voltage : 12Vdc, 24Vdc, 48Vdc, 110Vdc, 110Vac, 230Vac or 90-260Vac/dc, 2. No. of input Faults : 6 ( Faults should be potential free) 3. Output Contact rating : 5A @ 230Vac. 4. Flashing Duty cycle : 1-1.2 sec. 5. Power consumption on standby : 3VA max. 6. Power consumption on all faults : 10VA max. 7. Insulation between output contacts & internal circuit : > 10 Mohm. 8. Size cutout : 140mm * 140mm 9. Physical size of the unit : Overall Size : 144 (H) * 144 (V) * 150 (D) mm Cut Out size : 140 (H) mm * 140 (V) mm.

The ADITYA Annunciator panel consists of a set of six lights that serve as a centralised indicator of the status of equipment or systems in industrial processes, buildings, or other installations. These annunciators are designed to function effectively under challenging conditions, including system vibrations, high temperatures, and dusty environments. The integration of microprocessor technology ensures high accuracy in performance. -Principle of operation : During operation, if any fault occurs, the corresponding window will start flashing, the internal buzzer will sound, and the external hooter’s C-NO contacts will close. In contrast, the trip contacts become energised, meaning the C-NOs will close and the C-NC contacts will open. Pressing the “Acknowledge“ (Ack) button will stop the flashing light, make it steady, silence the internal buzzer, and open the external hooter contact, effectively turning the external hooter off. After the fault has been cleared, pressing the “Reset“ button will restore the system to normal operating conditions. This procedure also applies to faults F2 to F6, where the outputs will be monitored accordingly. -Technical Specifications : 1. Supply Voltage : 12Vdc, 24Vdc, 48Vdc, 110Vdc, 110Vac, 230Vac or 90-260Vac/dc, 2. No. of input Faults : 6 ( Faults should be potentialfree) 3. Output Contact rating : 5A @ 230Vac. 4. Flashing Duty cycle : 1-1.2 sec. 5. Power consuption on standby : 3VA max. 6. Power consuption on all faults : 10VA max. 7. Insulation between output contacts & internal circuit : > 10 Mohm. 8. Size cutout : 140mm * 140mm 9. Physical size of the unit : Overall Size : 72 (H) * 144 (V) * 150 (D) mm Cut Out size : 70 (H) mm * 140 (V) mm.

The ADITYA Annunciator panel consists of a set of four lights that serve as a centralised indicator of the status of equipment or systems in industrial processes, buildings, or other installations. These annunciators are designed to function effectively under challenging conditions, including system vibrations, high temperatures, and dusty environments. The integration of microprocessor technology ensures high accuracy in performance. -Principle of operation : During operation, if any fault occurs, the corresponding window will start flashing, the internal buzzer will sound, and the external hooter’s C-NO contacts will close. In contrast, the trip contacts become energised, meaning the C-NOs will close and the C-NC contacts will open. Pressing the “Acknowledge“ (Ack) button will stop the flashing light, make it steady, silence the internal buzzer, and open the external hooter contact, effectively turning the external hooter off. After the fault has been cleared, pressing the “Reset“ button will restore the system to normal operating conditions. This procedure also applies to faults F2 to F4, where the outputs will be monitored accordingly. -Technical Specifications : 1. Supply Voltage : 12Vdc, 24Vdc, 48Vdc, 110Vdc, 110Vac, 230Vac or 90-260Vac/dc, 2. No. of input Faults : 4 ( Faults should be potentialfree) 3. Output Contact rating : 5A @ 230Vac. 4. Flashing Duty cycle : 1-1.2 sec. 5. Power consumption on standby : 3VA max. 6. Power consumption on all faults : 14VA max. 7. Insulation between output contacts & internal circuit : > 10 Mohm. 8. Physical size of the unit : Overall Size : 96 (V) * 160 (D) mm, Cut Out size : 92 (H) mm * 92 (V) mm 9. Model No : AE-930

The ADITYA Annunciator panel consists of a set of four lights that serve as a centralised indicator of the status of equipment or systems in industrial processes, buildings, or other installations. These annunciators are designed to function effectively under challenging conditions, including system vibrations, high temperatures, and dusty environments. The integration of microprocessor technology ensures high accuracy in performance. -Principle of operation : During operation, if any fault occurs, the corresponding window will start flashing, the internal buzzer will sound, and the external hooter’s C-NO contacts will close. In contrast, the trip contacts become energised, meaning the C-NOs will close and the C-NC contacts will open. Pressing the “Acknowledge“ (Ack) button will stop the flashing light, make it steady, silence the internal buzzer, and open the external hooter contact, effectively turning the external hooter off. After the fault has been cleared, pressing the “Reset“ button will restore the system to normal operating conditions. This procedure also applies to faults F2 to F4, where the outputs will be monitored accordingly. -Technical Specifications : 1. Supply Voltage : 12Vdc, 24Vdc, 48Vdc, 110Vdc, 110Vac, 230Vac or 90-260Vac/dc, 2. No. of input Faults : 4 ( Faults should be potential free) 3. Output Contact rating : 5A @ 230Vac. 4. Flashing Duty cycle : 1-1.2 sec. 5. Power consuption on standby : 3VA max. 6. Power consuption on all faults : 10VA max. 7. Insulation between output contacts & internal circuit : > 10 Mohm. 8. Physical size of the unit : Size are available for 4 Windows Alarm Annunciators : 1. Size : 72 (H) * 144 (V) * 150 (D) mm Cut Out size : 70 (H) mm * 141 (V) mm.

An electronic hooter is an electrical signaling device designed to produce a loud and clear audible sound to alert personnel about specific conditions, such as faults, emergencies, or operational changes in industrial, commercial, or residential setups. Unlike mechanical hooters or bells, electronic hooters use electronic circuitry to generate sound, allowing for more consistent tone, volume, and duration. They can operate on AC or DC power supplies, with various voltage ratings depending on the application. -Technical Specs : 1. Input Voltage : 12Vdc, 24Vdc and from 100 Vac/vdc to 260Vac/Vdc 2. Tone Setting : Multi Output Tones . 3. Sound Level : Max 100db. 4. Burden : 15VA max when sounding. -Physical Dimensions : 1. Size : 96mm* 96mm 2. Cutout size : 92mm* 92mm. 2. Weight : 200gm.

A battery charger is an electrical device that converts alternating current (AC) from the mains into direct current (DC) to recharge batteries safely. It controls the charging process to prevent damage to the battery and includes an auto cut-off feature that stops charging once the battery is fully charged, protecting it from overcharging, overheating, and extending its lifespan. Some chargers also provide trickle or maintenance charging to keep the battery at full charge without causing harm. -Technical Spec. Make : ADITYA Model no : AE-2410 Input Supply : 230vac 1phase 50Hz Output voltage : 24Vdc Current Rating : 10Amp

A battery charger is an electrical device that converts alternating current (AC) from the mains into direct current (DC) to recharge batteries safely. It controls the charging process to prevent damage to the battery and includes an auto cut-off feature that stops charging once the battery is fully charged, protecting it from overcharging, overheating, and extending its lifespan. Some chargers also provide trickle or maintenance charging to keep the battery at full charge without causing harm. -Technical Spec. Make : ADITYA Model no : AE-1210 Input Supply : 230vac 1phase 50Hz Output voltage : 12Vdc Current Rating : 10Amp