ALN-V - Rauchmelder Hochiki - Kostenlose Bedienungsanleitung

BEDIENUNGSANLEITUNG ALN-V Hochiki

HOCHIKI

Technical Bulletin Analog 2

DO NOT PAINT

DO NOT PAINT

JWYD 100 mm

Line drawing of a helmet with decorative bands and dots (no text or symbols)

Introduction

These instructions apply to all sensors listed on this Technical Bulletin for maintaining, clearing and testing. Failure to following these instructions may result in the failure of the sensors to initiate an alarm condition. Hochiki America Corporation is not responsible for sensors that have been improperly maintained, cleaned or tested.

Features

• ALN-V photoelectric smoke chamber detects smoldering/fast-flaming fires
• ATJ-EA combination fixed-rate of rise heat sensing element detects both fixed-rate of rise temperature
- ACC-V multi-criteria photoelectric smoke chamber and heat sensing element detects smoldering or fast-flaming fires and fixed temperature
- ACD-V multi-criteria photoelectric smoke chamber, combination fixed/rate of rise heat sensing element, and carbon monoxide (CO) detects smoldering/fast-flaming fires, fixed/rate of rise temperatures, and poisonous carbon monoxide (CO) gas.
- The combination of a high signal-to-noise ratio and sensitivity stability make this sensor effective in a wide range of environmental conditions
• User programmable alarm thresholds
• A reliable and fully digital transmission method, which is highly immune to noise
- The control panel is able to verify the status of any device. Whether the device is dirty or approaching an alarm condition, it can make this determination routinely
• It is possible to assign a priority to any device that is deemed necessary by the nature of the systems design
• There is an interrupt sequence, which can assign priority to fire and other similar signals

ALN-V

ATJ-EA

ACC-V

ACD-V

SENSOR SPECIFICATIONS

CATEGORY	SMOKE SINORS	HEAT SINIOR	MULTI-CRITERIA SINORS
Model	ALN-V	AT/JEA	ACC-V	ACC-V
Operating Voltage Range (Vdc)	17 - 39.5 VDC	24 - 41.0 VDC	17 - 39.5 VDC	24 - 41.0 VDC

Placement of sensors

This section explains how to determine the number of sensors are needed, and where to place them. By following the guidelines listed in the NFPA 72, base the number and location of sensors on an engineering survey of the area to be protected.

Factors to consider:

• Contents to be protected
  • Type of construction and use of structure
  • Human occupancy
  • Burning characteristics of contents
  • Space involved
  • Height of ceiling
  • Surface condition of ceiling
  • Total area
  • Air movement (stratification)
  • Vent location (velocities and dilution
  • Deflections and obstructions

Sensor Location:

• One smoke sensor covers 450 to 900 square feet
• One heat sensor covers up to 2500 square feet
- Consider local conditions and codes along with engineering evaluations to determine the proper spacing and specification

WARNING: Heat sensors are not life safety devices. Smoke sensors are recommended where life safety is a factor

Examples:

1. You may use 30' spacing on smooth ceilings for smoke sensors
2. You may use 70' spacing on smooth ceilings for heat sensors
3. Beams or other obstructions extending more than 18" below the ceiling reduce the effective range of the sensors. Such
4. Beams or other obstructions extending more than 8" but less than 18" require reduced spacing at the perpendicular of the obstructions.

NOTE: For information on differing styles of construction consult the NFPA handbook, section 72.

WARNING: Do not install Hochiki smoke sensors in the following areas:

• Where temperatures are likely to exceed 100°F or fall below 32°F
• Closer than 4" to any side wall
■ Where forced ventilation can dilute the smoke from a fire
• In known areas of combustion such as kitchens or furnace rooms

BOTTOM VIEW OUTER COVER RECESS AND KEY OUTER COVER ALIGNMENT ARROW OUTER COVER RECESS AND KEY OUTER COVER ALIGNMENT INDICATOR CHAMBER COVER ALIGNMENT ARROW

Manual Cleaning Procedures

This section explains how to clean the ALN-V, ACC-V, and ACD-V sensors.

Tools needed:

• Hochiki America's cover removal tool (CRT)

• Small soft bristled paint brush
• Denatured alcohol
• Compressed air duster

NOTE: Use only lint-free materials when clearing the chambers of the photoelectric smoke sensor. Use of fibrous materials may result in nuisance alarm.

Remove & Disassemble the Sensor:

1. Remove the sensor from its attached base
2. Disassemble sensor by following the CRT procedures found on page 4 of this Technical Bulletin

Clean the Sensor:

CAUTION: Do not remove the insect screen from the chamber cover
1. Remove the outer cover of the sensor as specified on page 4
2. Place the sensor in the palm of your left hand and grasp the chamber cover with your right hand. Twist the chamber cover counter-clockwise until the Cover Tabs clear the Tab lock. Lift and separate the chamber cover from the optical unit
3. Swab the optical unit with denatured alcohol using a small soft bristled paint brush
4. Clean the chamber cover and the outer cover in the same manner

Clean the Sensor:

1. Locate the alignment arrows on both the chamber cover and the optical unit

2. Set the chamber cover onto the optical unit while making sure that alignment arrows are aligned with one another

3. Press until the cover snaps into place
4. Match the alignment indicator with the alignment arrow on the back of the sensor
5. With the alignment indicator aligned with the alignment arrow, press firmly on the back of the sensor. The sensor will snap into the outer cover. The sensor is now ready to be returned to the base from which it was removed
6. The sensor should be re-tested by following the test procedure

Cover Removal Procedures

This section explains how to remove the outer cover from the ALN-V, ATJ-EA, ACC-V, and ACD-V sensors by using the cover removal tool (CRT).

Tools needed:

• Hochiki America's cover removal tool (CRT)

Remove & Disassemble the Sensor:

1. Place the sensor to be disassembled on the CRT as shown
2. Push the CRT. The sensor will automatically pop open
3. The contact blades on the sensor will engage on the CRT
4. Grasp the sensor firmly and rotate the CRT counter-clockwise (approximately 10°)
5. After the cover have been removed, refer to the sensor cleaning procedures to clean and reassemble the sensor

Technical line drawing of a mechanical component with internal cavities and mounting holes (no text or symbols)

Technical line drawing of a mechanical component with labeled 'CRT' (no other text or symbols)

Isometric line drawing of a circular mechanical or architectural component with internal compartments and structural elements (no text or symbols)

Testfire 1000 or 2000 with TS3 or TC3:

1. Insert the battery baton, hold the Testfire head unit by the handle and depress the upper spring button on the battery baton. Align the button with the location hole in the handle and push the battery baton into the handle until the button springs up through the location hole.
2. Insert the other end of the battery baton into the Solo access pole and depress the lower spring button. Align it with the location hole and push the battery baton further into the pole until the button springs up through the hole.
3. Remove the capsule from its outer carton and Anti-Static bag.
4. Remove the spring clip protector cap from the new capsule.
5. Holding the capsule by spring clips with the label on the underside, carefully insert the new capsule into the capsule port. Push it into position, ensuring that the clips spring out positively on both sides of the capsule.
6. Close the access cover securely.
7. Program the tester to the following options available: Smoke, Heat or CO
8. Raise Testfire over the sensor. The sensor should touch the base of the inner dear cup.
9. Lower Testfire from the sensor.

Testfire's LED Indications:

Blue Said

Red Sold

Green Solid:

Green Slow Flashing

Green First Flushing Red Flushing

(No text)

Alternating Red/Green Flashing

Smoke test in progress

Heat test in progress

OO test in progress

Standby mode

Operational mode

Bancillary holes char but still exceptional

Total operational Time out indication / after

2 minutes of continuous

testing on one stimulus or

combination of stimuli

Error

00 cooling

Red Solid

Alternating Red/Green

OO cooling phase wait

until standby mode status

before continuing to test CO

The Hochiki ACD-V is a MultiCriteria Sensor. The ACD-V is capable of Smoke, Heat and CO Detection individually along with many criteria combinations based upon the activation mode setting of the detector (the activation mode is set through panel programming). To perform the detector test(s), the sensor must first be placed in an individual Activation Mode

Santle 3000 Bracket

Labeled diagram of a medical or laboratory instrument with numbered parts from 11 to 18

1. Inner Clear Gap
2. Platform
3. Clear Cie
4. NETS
5. Indirect flows
6. Main Dust for Heat, Smoke and CO ^®
7. Testfire 100 RFID Bluetooth® Module**
8. Smokar Capsule T32
9. CO Capex TCP
10. Use Port (on Hall of 640)
11. Use Inverter Display ECI
12. "Test Type" USD
13. "Sigma" ID
14. Smoke Capsule Access Cover
15. CO Capsule Access Cover
16. Adjustable Policy
17. Infrared Nanoma Control Radiology

* Exporting an rental qualification. **Futures option.

Replacement Capsules

A Testfire Smoke Capsule T53

6 Terrofre CO Capsule TCP

User Interface Keypad

C Metio Key

D Status: Key

1. Pathu Navigation Key

2. Enter key

4) Euro Key

(3) 证券代码

Programmer Operating Procedure

This section explains how to program the sensor's address using the TCH-B100 and TCH-B255 hand held programmer. The hand held programmer is designed for use with Hochki's DCP protocol supported SLC devices.

Features:

• TCH-B100/-B255 is a compact design and easy to use
• Provides address setting and reading
• Diagnostic ability by displaying the analog value in real-time
• Uses 9VDC battery
• Automatically increments to the next address for addressing multiple
sensors
• Automatically switches the power to off after use

Programming Buttons:

Left Gray Button: Power on. Automatically reads the address of a sensor. Subsequent operations will advance the device address by ten.

Right Gray Button: Power off. Advances the device address by one. Stores the displayed address to the device and is used to read the sensor's analog values.

CH-B100 designed Remote Programming lock Simple Programming Buttons Display

Address Setting:

1. Install sensor onto programmer, ensuring that the sensor protrusion aligns with the programmer grooves
2. Press the left gray button to switch programmer to on. A battery check message will appear followed by the device address (un-programmed sensors will read a default address of 127 or 255)
3. Set the required address by incrementing the left and right gray buttons (the display will show three red flashing dots if the address being programmed is different from the device's current address)
4. When the desired address is present, press the red button to store the address. The three red dots on the display will no longer be present

Reading Analog Value:

1. Install the sensor and power up programmer as previously described
2. Press the red button. An "A" will appear on the display followed by the analog value. This value will be continuously updated for three minutes or until the unit is turned off
3. The "ALG" photoelectric sensor should display a value between 56-63

Display Message:

bAt: On power up (check battery).3000 address can be set in low

Remote Programming Cable (All Modules except DCP-FRCME-M and FRCME-P/FFO-MMP) To Remote Programming Jack or Remote Programming Cable (DCP-FRCME-P/FFO-MMP) Remote

Programmer Operating Procedure

This section explains how to program the sensor's address using the TCH-B100 and TCH-B255 hand held programmer. The hand held programmer is designed for use with Hochki's DCP protocol supported SLC devices.

Features:

• TCH-B100/-B255 is a compact design and easy to use
• Provides address setting and reading
• Diagnostic ability by displaying the analog value in real-time
• Uses 9VDC battery
• Automatically increments to the next address for addressing multiple
sensors
• Automatically switches the power to off after use

Programming Buttons:

Left Gray Button: Power on. Automatically reads the address of a sensor. Subsequent operations will advance the device address by ten.

Right Gray Button: Power off. Advances the device address by one. Stores the displayed address to the device and is used to read the sensor's analog values.

CH-B100 designed Remote Programming lock Programming Buttons Display

Address Setting:

1. Install sensor onto programmer, ensuring that the sensor protrusion aligns with the programmer grooves
2. Press the left gray button to switch programmer to on. A battery check message will appear followed by the device address (un-programmed sensors will read a default address of 127 or 255)
3. Set the required address by incrementing the left and right gray buttons (the display will show three red flashing dots if the address being programmed is different from the device's current address)
4. When the desired address is present, press the red button to store the address. The three red dots on the display will no longer be present

Reading Analog Value:

1. Install the sensor and power up programmer as previously described
2. Press the red button. An "A" will appear on the display followed by the analog value. This value will be continuously updated for three minutes or until the unit is turned off
3. The "ALG" photoelectric sensor should display a value between 56-63

Display Message:

bAt: On power up (check battery).3000 address can be set in low

Remote Programming Cable (All Modules except DCP-FRCME-M and FRCME-P/FFO-MMP) To Remote Programming Jack or Remote Programming Cable (DCP-FRCME-P/FFO-MMP) Remote