Cartell DriveGuard Ultra™

Wireless With Linear

Wireless With Linear

Cartell and Linear partner to offer a remote vehicle detection system. Except for a small amount of direct burial cable attached to a sensor probe, you can easily have a wireless solution.

SYSTEM REQUIREMENTS

1. Cartell CP-1TT-12V system (includes sensor probe and small output board)
2. Cartell CF-2C or CT-2B control unit; or CT-8 annunciator
3. Linear XT-1 Transmitter with Linear ANT-2 Antenna
4. Linear XR-1 Receiver with Linear ANT-1 Antenna
5. 12 Volt battery to power the CP-1 output board. Solar panel may also be considered (7 AMP/hour) to charge battery
6. A second 12 Volt battery in the home (can use Linear’s T-124.8DC power supply)
7. Weatherproof plastic box
8. 500 – 1000 Ω, 1/4 watt resistor

INSTRUCTIONS – SENSOR PROBE, OUTPUT BOARD, BATTERY AND TRANSMITTER

See Figure 1.Linear 1

Install the CP-1 probe beside a 12 foot wide driveway

See Figure 1.

Install the following in a weatherprooLinear 2f box:

  • CP-1 output board
  • 12 volt battery
  • Linear XT-1 Transmitter with Linear ANT-2 Antenna

See Figure 2.

Hook the CP-1 probe, 12 volt battery and Linear XT-1 Transmitter to CP-1 output board as seen in Figure 2.

INSTRUCTIONS – INTEGRATING DIRECTLY WITH AA-1 AUDIBLE DEVICE

See Figure 3.

Linear 31. Install a Linear XR-1 Receiver with a Linear ANT-1 Antenna in the home.
2. Install a 12 volt D.C. power source near the Receiver.
3. Connect positive power to Common contact of Receiver.
4. Connect negative power to annunciator’s GND (Ground) terminal.
5. Connect Receiver’s Normally Open contact to annunciator’s SON (Sonalert) terminal.

INSTRUCTIONS – INTEGRATING WITH CF-2C OR CT-2B CONTROL UNITS

See Figure 4.

Linear 41. Install a Linear XR-1 Receiver with a Linear ANT-1 Antenna in the home.
2. Install either a CT-2B (sound only) or CF-2C (sound and lights) control unit in the home near the Receiver.
3. Connect 12 volt D.C. power source to the Receiver (suggested Linear power supply is T-124.8DC, wall mounted).
4. Connect Receiver’s N.O. contact to terminal #10 on CT-2B or terminal #17 on CF-2C.
5. Connect Receiver’s Common contact to terminal #12 on CT-2B or terminal #19 on CF-2C.
6. In the place of the Cartell sensor probe, place a 500 -1000 ohm 1/4 watt resistor across terminals #10 & #12 on the CT-2B or across terminals #17 & #19 on the CF-2C.

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Wireless With Inovonics

Wireless With Inovonics

Cartell and Inovonics partner to offer a remote vehicle detection system. Except for a small amount of direct burial cable attached to a sensor probe, you can easily have a wireless solution.

SYSTEM REQUIREMENTS

1. Cartell CP-1TT-9V system (includes sensor probe and small output board)
2. Cartell CF-2C or CT-2B control unit; or CT-8 annunciator
3. Inovonics FA210 Analog Universal Transmitter. Note: this has been replaced with the digital version EN1210. Or choose the Inovonics FA250 Analog High Power Universal Transmitter, which has been replaced with the digital version EN1210W.
4. Inovonics FA401R Analog Receiver (has been replaced with EN4204R digital receiver)
5. 9 volt Alkaline or Lithium battery to power CP-1 output board
6. 12 volt battery to power Receiver in the home
7. Weatherproof plastic box
8. 500 – 1000 Ω, 1/4 watt resistor

INSTRUCTIONS – SENSOR PROBE, OUTPUT BOARD, BATTERY AND TRANSMITTER

Inovonics 11. See Figure 1.
Install the CP-1 probe beside a 12 foot wide driveway

2. See Figure 1.
Install the following in a weatherproof box:

  • CP-1 output board
  • Inovonics 29 volt Alkaline or Lithium battery
  • Inovonics Transmitter Model FA210 for shorter ranges or FA250 for longer ranges (which have been replaced with EN1210 or EN1210W respectively).

3. See Figure 2.
Hook the CP-1 probe, 9 volt battery and Inovonics Transmitter to CP-1 output board as seen in Figure 2.

4. On the CP-1 output board, turn the relay time potentiometer fully clockwise for maximum relay time.

INSTRUCTIONS – INTEGRATING DIRECTLY WITH AA-1 AUDIBLE DEVICE

See Figure 3.

Inovonics 3

1. Install a single channel Receiver in the home (Inovonics FA401R (new product number is EN4204R)).

2. Install a 12 volt D.C. power source near the Receiver

3. Connect positive power to Common contact of Receiver.

4. Connect negative power to annunciator’s GND (Ground) terminal.

5. Connect Receiver’s Normally Open contact to annunciator’s SON (Sonalert) terminal.

INSTRUCTIONS – INTEGRATING WITH CF-2C OR CT-2B CONTROL UNITS

See Figure 4.

1. InInovonics 4stall a single channel Receiver in the home (Inovonics FA401R (new product number is EN4204R)).

2. Install either a CT-2B (sound only) or CF-2C (sound and lights) control unit in the home near the Receiver.

3. Connect 12 volt D.C. power source to the Receiver.

4. Connect Receiver’s N.O. contact to terminal #10 on CT-2B or terminal #17 on CF-2C.

5. Connect Receiver’s Common contact to terminal #12 on CT-2B or terminal #19 on CF-2C.

6. In the place of the Cartell sensor probe, place a 500 -1000 ohm 1/4 watt resistor across terminals #10 & #12 on the CT-2B or across terminals #17 & #19 on the CF-2C.

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Automatic Exit Delay with DriveGuard Ultra™

Automatic Exit Delay with DriveGuard Ultra™

The exit delay feature on the CF-2C, when combined with the CT-A1 annunciator, allows a person to drive a vehicle by the sensor probe without being detected. You simply push the “Exit” button on the CT-A1 annunciator faceplate on your way out of the house.

Now when your vehicle passes the hidden probe, the lights and sounders connected to your system will not activate. This is especially helpful late at night when someone wants to leave without disturbing the rest of the family.

These instructions explain a way to enjoy the exit delay feature automatically, without having to remember to push a button before leaving home.

SYSTEM REQUIREMENTS

1. Your original CF-2C system (DriveGuard Ultra™)
2. A separate CT-2B control unit (DriveGuard Basic™)
3. A second sensor probe connected to the CT-2B (DriveGuard Basic™)

INSTRUCTIONS

1. Install a CT-2B control unit in the house near the original CF-2C. You will be running jumper cables between the two units, using the CT-2B to activate the exit delay on the CF-2C.

2. See Figure 1.
 Exit Delay Install a second sensor probe (Probe B) at least fifty feet closer to the house from your original probe. (Probe A). Bury it beside a twelve foot wide driveway, at least 6 – 8 inches deep. Trench the direct burial cable up the drive and inside the home to where you have installed the CT-2B. Connect the sensor probe as seen in Figure 2.

3. See Figure 2.
Terminal Strips with ProbesRun a jumper cable (22 gauge, indoor wire) from terminal 6 on the CT-2B to terminal 15 on the CF-2C. Run a second jumper cable from terminal 7 on the CT-2B to terminal 9 on the CF-2C control unit.

4. On the CF-2C control unit, turn the exit delay potentiometer (“C”) to suit the driveway (refer to the CF-2C Manual). When you drive past Probe B, the original probe (Probe A) will be deactivated for 15 minutes. You can now drive by it without being detected.

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Using Other Sensing Devices

Using Other Sensing Devices

Are you tired of having to jerry-rig sensors in order to give clients a full-featured detection system? Now you can enjoy a fully-functioning, professional detection system, using many sensing devices of your choice.

Cartell’s control units are engineered to accept other sensing devices in conjunction with— or exclusive of—the CT-6 sensor probe. You may use a combination of sensors and sensor types on one system.*

Here’s how…

SYSTEM REQUIREMENTS

1. A Cartell CT-2B or CF-2C control unit.
2. A sensing device with a normally open, floating, dry relay contact
3. A 500 – 1000 Ω, 1/4 watt resistor

INSTRUCTIONS

1. Install the Cartell control unit as outlined in the manual that came with your system.

2. See Figure 1.
Sensing DevicesConnect one side of the sensing device contact to terminal #10 on the CT-2B or terminal #17 on the CF-2C.

3. Connect the other side of the sensing device contact to terminal #12 on the CT-2B or terminal #19 on the CF-2C.

4. In the place of the Cartell sensor probe, place a 500 -1000 ohm 1/4 watt resistor across terminals #10 & #12 on the CT-2B or across terminals #17 & #19 on the CF-2C.

Now when your sensing devices are tripped, Cartell will trigger all the functions supported by the control unit.

* Sensors may include inductive loop, motion, microwave, passive infrared, photoelectric eye, reflective beam, and our own CT-6 sensor probe, etc.

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