System Sensor I56-1148-04, D100-67-00 Tube Installation Chart Supplemental Duct Tube Holes

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[3] Figure 1: Exploded View Of Duct Detector Components

FOAM

GASKETS

CONDUIT HOLES

DETECTOR

HOUSING

TELESCOPING TUBE

TERMINAL STRIP

POWER BOARD TELESCOPING TUBE

#8 SELF-TAPPING SCREW

DETECTOR BOARD

SAMPLING TUBE

FILTERS

DETECTOR

COVER

COVER MOUNTING

SCREWS

Tube Installation Chart:

Supplemental

Duct

Tube Holes

Width

512″-14″

614″-16″

716″-18″

[4]Contents Of The Duct Smoke Detector Kit

1. Complete housing base and cover assembly

2. Two #10 machine screws for mounting

3. Two sampling tube filters

4. One test magnet

5. Drilling template

6. Two foam gaskets

7. Four #6-self tapping mounting screws for the metal sampling tube and optional exhaust tube extension

8. Two jack nuts

9. One inlet tube end plug

10. Metal sampling tube end plug

11. One telescoping sampling tube

12. One #8 self-tapping screw for the telescoping sampling tube NOTE: For ducts over 11/2 feet, longer inlet sampling tubes must be ordered to complete the installation. They must be the correct length for the width of the duct where they will be installed. See Table 1 on page 3 to determine the inlet tube required for different

duct widths.

[5]Installation Sequence

[5.1] Verify Duct Air Flow Direction And Velocity

Model DH100 detectors are designed to be used in air han- dling systems having air velocities of 500 to 4000 feet per minute. Be sure to check engineering specifications to en- sure that the air velocity in the duct falls within these pa- rameters. If necessary, use a velocity meter to check the air velocity in the duct.

[5.2] Drill The Mounting Holes

Remove the paper backing from the mounting template supplied. Affix the template to the duct at the desired mounting location. Make sure the template lies flat and smooth on the duct. Center punch holes A and B. Drill the

holes as indicated on the template. Insert the two jack nut receptacles. Drive a #10 machine screw into the jacknut to flare the retainer and then back the screw out to use for de- tector mounting.

[5.2.1] Sampling Tube Installation for Ducts Less Than 11/2 Feet Wide (see Figure 2)

1.Remove the front cover.

2.Use the tube installation chart above to determine the set screw setting.

3.Slide the sampling tube into the housing bushing.

4.Align the holes in the bushing with the holes in the sam- pling tube. Make sure the number of holes exposed on

the supplemental tube matches the number as deter- mined in step 2. Secure with the #8 self-tapping screw into the bottom hole of the permanent tube.

NOTE: For ducts greater than 11/2 feet in width, refer to sections [5.4.1] and [5.4.2].

Figure 2. Sampling tubes connected to duct smoke detector:

D100-67-00

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I56-1148-04

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Contents This device will not operate without electrical power Before InstallingTable of Contents General DescriptionDrill The Mounting Holes Tube Installation Chart Supplemental Duct Tube HolesContents Of The Duct Smoke Detector Kit Outside Duct Width Inlet Tube Required Secure The Detector Housing To The DuctInlet tubes required for different duct Widths Field Wiring Wiring Installation Guidelines Install the inlet tube as followsInstall The Filters Modifications of Inlet Sampling TubesDuct Smoke Detector Maintenance And Test Procedures Wiring InstructionsInstall The Cover Filter ReplacementLED Board Replacement Detector Board Replacement Alarm Tests 2.1 M02-04-00 Magnet TestDetector Cleaning Procedures Power Board replacementModel DH100 Air Duct Smoke Detector Specifications Electrical Ratings includes base and detector

D100-67-00, I56-1148-04 specifications

The System Sensor D100-67-00 and I56-1148-04 are advanced devices designed for fire detection and alarm systems, offering a range of features and technologies that cater to the needs of modern safety requirements.

The D100-67-00 is a high-performance photoelectric smoke detector that incorporates innovative sensing technology. It boasts a sophisticated optical chamber that enhances its ability to detect smoke particles effectively. This detector minimizes false alarms commonly caused by non-threatening, everyday activities such as cooking, making it ideal for residential and commercial applications. Its low profile design and sleek aesthetic also allow it to seamlessly blend into various environments. The D100-67-00's sensitivity is adjustable, ensuring that it can be calibrated according to specific needs or building codes, thereby enhancing its versatility.

Moreover, the D100-67-00 features a built-in sounder and visual indicators that provide immediate alerts. The device is equipped with a robust communication protocol that allows it to integrate with other fire alarm control panels and monitoring systems. This capability enhances the overall safety network by ensuring real-time communication of any fire incidents, a crucial feature in high-risk areas.

On the other hand, the System Sensor I56-1148-04 is an advanced heat detector that employs thermal sensing technology. It is designed to respond to rapid temperature increases, ensuring quick detection of potential fire hazards. This device is particularly beneficial in environments where smoke detectors might be prone to false alarms due to dust or steam, like kitchens or garages. The I56-1148-04 features a dual-heat sensing mechanism, allowing it to differentiate between normal temperature fluctuations and dangerous heat spikes, providing an extra layer of protection.

Both devices are engineered with durability in mind, adhering to strict industry standards. They are intended for long-term use, requiring minimal maintenance while still delivering reliable performance. Critical for emergency response, both detectors offer optional connectivity with control panels and monitoring solutions, allowing for comprehensive system integration.

In summary, the System Sensor D100-67-00 and I56-1148-04 are integral components of fire safety systems, with their advanced features and technologies ensuring efficient detection and alerting in diverse settings. These devices exemplify reliability and innovation, essential in safeguarding lives and property against fire hazards.