DSC SS-102 Manual
Læs nedenfor 📖 manual på dansk for DSC SS-102 (2 sider) i kategorien Detektor. Denne guide var nyttig for 8 personer og blev bedømt med 4.5 stjerner i gennemsnit af 2 brugere
Side 1/2
D SCRIPTION
The Shockgard SS-102 electronic shock sensors have been designed utilizing the most advanced microchip technology to provide
reliable eective false alarm resistant protection.
The Shockgard SS-102 series offers a wide range of features including remote LED reset, rst to latch indication and subsequent to alarm latch
information. Other features include automatic relay reset and dual stage linear sensitivity adjustment by selection oering a broad band
of sensitivity control. Selectable pulse count and dual colour LED information provides the installer with everything p1-he requires for this
type of detector.
Alarm output is provided by a pair of non-latching, normally closed relay contacts, opening for a minimum of 1 second on detection of an
alarm. This relay is normally energized to give fail-safe operation in the event of a power loss.
Indication is provided by a LED situated on the front cover. On board circuitry allows for the selection of momentary or latching indication.
An automatic LED inhibit feature is also included. Latch enable and reset may be remotely controlled by standard control panel signals.
The unit is fully protected from tampering by a N.C. switch operated by removal of the cover. Moisture repelling rubber grommets are
provided with the Shockgards.
CONN CTION Refer to Fig. 1
Terminals
1(+) 2(-) 12V power connection, reverse polarity protected.
3 4 N.C. Alarm output contacts, with 10 ohm resistor in series.
7 Connection for +12V remote latch control signal, usually SET+ or SW+ control equipment signal.
Fig. 1
1) 12V
2) 0V
3) ALARM CIRCUIT
4) LATCH TERMINAL (12V SET + SW +)
5) ANTI TAMPER
6) NOT USED
7) SENSITIVITY SELECTION LEVEL (Low/High)
8) LATCH RESET SWITCH
10) SENSITIVITY ADJUSTMENT
11) ANTI TAMPER SWITCH
9) PULSE COUNT SELECTION SWITCHES
When using the sensor in momentary mode, it will usually be necessary to connect using a 6 core cable. If the latch facility is being used
an additional core will be required for the connection of the latch terminal.
OD S OF OP RATION
In all modes of operation the N.C. alarm contacts are non-latching. Upon alarm activation the alarm contacts will open circuit momentarily for a
minimum time of 1 second before automatically resetting.
omentary - latch terminal unconnected.
The LED will illuminate when the alarm contacts are open circuit in response to an input signal.
L D Indication - During the sensitivity test procedure, indication of the green LED denotes alarm and relay operation. Indication of the red LED
denotes vibration detected (pulse) but insucient to create alarm conditions.
Dual stage linear sensitivity - The detector permits the installer a greater threshold of sensitivity adjustment by selection.
Adjustment of the potentiometer through either a low level or high level adjustment. When DIP Switch 5 is in the On positition the
sensitivity potentiometer allows adjustment in the high sensitivity area and when in the Off position the sensitivity potentiometer allows
adjustment in the low sensitivity area.
Latching - 12V applied to latch terminal. When 12V is applied to the latch terminal the LED is inhibited. Upon removal of the 12V signal the LED
will indicate the status of the latch, i.e. if the unit has detected an alarm the LED will be permanently ashing amber otherwise the LED will
operate in momentary mode. Reapplication of the 12V signal will reset the latch and extinguish the LED.
First to Latch - 12V applied to latch terminal via a 47k resistor. See g. 2. Operates as in latching mode with the exception that only the
rst unit to detect an alarm will latch, with a ashing LED. Any subsequent detector to alarm will indicate with a steady LED.
Latch operation 6 wire - Should the Shockgard SS-102 be wired in a 6 wire conguration, latch reset can be achieved by selection of the
fourth switch of the DIP Switch unit. With this switch in the 'ON' position, and the Shockgard SS-102 activated in full alarm, the LED will
latch on with the LED ashing amber until the supply voltage is interrupted when the Shockgard SS-102 will reset.
Alternative latch reset can be achieved by using a seven wire configuration with the latch reset wire connected with terminal 7 on the
main terminal block.
SHOCKGARD SS-102 - Installation Instructions - English
Testing prosedure of pulse count
After selection of number pulse counts required and adjustment of sensitivity level, tap the area of coverage allowing a few seconds between each
tap. After each tap, the LED will indicate red colour mode, conrming receipt of vibration and pulse received, On completion of pulses selected, the
Shockgard SS-102 will activate the relay and the LED will conrm activation by illumination of a green LED. In the event of gross attack, the
unit will disregard the pulse count memory and activate the relay and illuminate green LED indication.
ultiple Unit Connection Procedure
Fig. 2
DO NOT FIT THIS RESISTOR IF USING ANY TO LATCH
12 VOLT
SWITCH
0 VOLTS
12 VOLT
ALARM
OUTPUT
ANTI
TAMPER
INSTALLATION PROC DUR
1. Select the intended position for installation, ensuring the surface is clean and clear of any irregularities.
2. Remove the cover of the sensor by unscrewing the single captive screw, until the cover can easily be removed from the base.
3. Carefully lift the printed circuit board from the base.
4. Present the base to the mounting position and mark the desired xing holes.
5. If rear cable entry is required, cables should be threaded through the rear of the base.
6. Fix the base in position using the screws provided, or pin nails if preferred (some hard surfaces may require pilot drilling).
7. Carefully push the printed circuit board onto the base.
8. Make the electrical connections to the Shockgard SS-102.
9. If side cable entry is being used, remove the appropriate knockout from the cover and put in a grommet.
10. Setting up and adjustment: With the unit in momentary operation, (See modes of operation. Dual stage linear sensitivity). Use a terminal screw-
driver to turn the sensitivity control (See g. 1) fully clockwise to maximum (Position 6). Using a suitable implement, bang or tap the protected
area, observing the LED response. Reduce the sensitivity by a small amount (turn sensitivity control anti-clockwise) and bang or tap the protec-
ted area. Repeat this process until the unit only just responds to the desired impact.
11. Replace the cover of the sensor, tighten the xing screw and check its response to the desired impact.
D T CTION RANG
Surface
Radius 2.5 m 3 m 3.5 m 1.5 m 4 m 2.5 m 3.5 m
Brick Wall Steel Wood Concrete Plywood Gyproc Glass
) All values quoted are typical and are subject to practical testing which must be made for each installation. In some environments,
attenuation may be very high.
T CHNICAL DATA SS-102
Supply Voltage
Current - quiescent
- alarm
Temperature limit
Relative humidity at 30 Cº
Sensitivity setting
Latching / Non Latching
Indicator
Dimensions (mm)
Relay Contact Rating
Time relay open in alarm
Pulse count
Max. No. of units on any Latch
Max. No. of units on 1st to Latch
9V-16V DC
15mA maximum
16mA maximum ashing LED 27mA
-20 C to +60 Cº º
0-90%
Dual stage potentiometer
1st + subsequent or any + 6 wire
Two colour LED
25 x 23 x 85mm
150mA 24V resistive 10 Ohm 1/4 Watt
1 second minimum
2, 4 or 6
80
10
5IN06050 D SHOCKGARD SS-102 Made in Israel
5A / T6 N.C. Anti-tamper contacts.
Fig. 1
1) 12V
2) 0V
3)
警报电路
4)
锁存端子（12V SET+ SW+）
5)
防拆
6)
备用
7)
灵敏度调节（低/高）
8)
锁存复位开关
10)
灵敏度调节旋钮
11)
防拆开关
9)
脉冲计数选择开关
Pulse count and latch operation
A series of 6 switches are situated below the main terminal block for pulse count selection, sensitivity selection and operation of latch when
using a six wire conguration. The rst three switches, i.e.. 1, 2 and 3 are designated for pulse count. Selection as follows:
A. For pulse count two. Switch No. 1 to 'ON' position. Switches 2 and 3 to 'OFF'.
B. For pulse count four. Switch No. 2 to 'ON' position. Switches 1 and 3 'OFF'.
C. For pulse count six. Switch No. 3 to 'ON' position. Switches 1 and 2 'OFF'.
D. For no pulse count. Switches 1, 2, and 3 in o position.
Switch 4: See Latch Operation 6 Wire paragraph.
Switch 5: Enables Sensitivity adjustment - ‘ON’ - High, ‘OFF’ - Low.
Switch 6: Not used.
This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions:
1) This device may not cause harmful interference, and (2) this device must accept any interference received,
including interference that may cause undesired operation.
This Class B digital apparatus meets all requirements of the ICES-003.
Cet appareil numérique de la classe B respecte toutes les exigences du ICES-003.
3301 Langsta Road
Concord, Ontario, Canada
L4K 4L2
Tel: (905) 760 3000
www.dsc.com
12 3
4
1 2 3 4 5 6
OFF
5
1 2
+
-
3 4 5A / T 6 7
Sensor
S2
MIN MAX
11
Fig. 1
10 9 8 7 6
12 3
4
1 2 3 4 5 6
OFF
5
1 2
+
-
3 4 5A / T 6 7
Sensor
S2
MIN MAX
11
Fig. 1
10 9 8 7 6
6
2.5 m 3 m 3.5 m 1.5 m 4 m 2.5 m 3.5 m
Shockgard SS-102
端子
1(+) 2(-)
12V电源连接端子，具有反极性保护功能。
3 4
常闭警报输出触点，配备10欧姆电阻。
5A / T6
常闭防拆输出触点。
7
+12V远程锁存控制信号连接端子，通常使用SET+或SW+控制设备信号
开关 ：详见6线锁存操作说明4
探 范围*
防护表面 砖墙 钢 木质 混凝土 复合板 石膏板 玻璃
*) 以上所引用的数值均是典型值，每次安装后都必须做实际测试，并以实际测得的数值为准。在某些情况下，可能会有很高衰减。
半径
开关 ：灵敏度水平调节-ON-高，’OFF’-低5
开关 ：备用6
Produkt Specifikationer
| Mærke: | DSC |
| Kategori: | Detektor |
| Model: | SS-102 |
Har du brug for hjælp?
Hvis du har brug for hjælp til DSC SS-102 stil et spørgsmål nedenfor, og andre brugere vil svare dig
Detektor DSC Manualer
13 September 2024
1 August 2024
28 Juli 2024
27 Juli 2024
21 Juli 2024
Detektor Manualer
- Detektor Bosch
- Detektor Denver
- Detektor Hager
- Detektor Extech
- Detektor Ei Electronics
- Detektor Silverline
- Detektor Skil
- Detektor Pioneer
- Detektor Soler & Palau
- Detektor Garmin
- Detektor Pyle
- Detektor Nedis
- Detektor Abus
- Detektor Edimax
- Detektor Optex
- Detektor Smartwares
- Detektor Kyoritsu
- Detektor Laserliner
- Detektor Black And Decker
- Detektor Dometic
- Detektor Busch-Jaeger
- Detektor Trotec
- Detektor Honeywell
- Detektor Uniden
- Detektor König
- Detektor FireAngel
- Detektor Elro
- Detektor Steinel
- Detektor Powerfix
- Detektor Maginon
- Detektor Tripp Lite
- Detektor Mercury
- Detektor Genie
- Detektor National Geographic
- Detektor Alecto
- Detektor Olympia
- Detektor Techly
- Detektor B/R/K
- Detektor Voltcraft
- Detektor GEV
- Detektor Testboy
- Detektor Cobra
- Detektor Velleman
- Detektor FLIR
- Detektor JUNG
- Detektor Byron
- Detektor Vemer
- Detektor ORNO
- Detektor Netatmo
- Detektor Amprobe
- Detektor Fluke
- Detektor Hikvision
- Detektor Sun Joe
- Detektor Gossen
- Detektor Pentatech
- Detektor Testo
- Detektor Grothe
- Detektor Siedle
- Detektor Evolveo
- Detektor Multimetrix
- Detektor Axis
- Detektor X-Sense
- Detektor Vimar
- Detektor Dahua Technology
- Detektor ZKTeco
- Detektor Joy-It
- Detektor Nexa
- Detektor HT Instruments
- Detektor AcuRite
- Detektor Toolcraft
- Detektor Homematic IP
- Detektor V-TAC
- Detektor Schwaiger
- Detektor Beha-Amprobe
- Detektor Bearware
- Detektor Ferguson
- Detektor Inovonics
- Detektor AngelEye
- Detektor Royal Sovereign
- Detektor Marquant
- Detektor Safescan
- Detektor Xavax
- Detektor X4-Tech
- Detektor FireX
- Detektor Iget
- Detektor Satel
- Detektor Sauter
- Detektor Garrett
- Detektor Kreator
- Detektor Gamma Scout
- Detektor Winland
- Detektor Escort
- Detektor Ebode
- Detektor System Sensor
- Detektor Guardian Avionics
- Detektor Thitronik
- Detektor Whistler
- Detektor Cavius
- Detektor PCE Instruments
- Detektor Flow Smoke Detector
- Detektor Benewake
- Detektor BeeSecure
- Detektor Fisher
- Detektor SureCall
- Detektor STI
- Detektor Schabus
- Detektor Zircon
- Detektor Sanwa
- Detektor Minelab
- Detektor Resideo
- Detektor BlendMount
- Detektor K40
- Detektor Gewiss
- Detektor Seco-Larm
- Detektor Silent Knight
- Detektor S.E. International
- Detektor Rocky Mountain
- Detektor Skyscan
- Detektor Noyafa
- Detektor Gigahertz Solutions
Nyeste Detektor Manualer
21 November 2024
21 November 2024
19 November 2024
18 November 2024
16 November 2024
16 Oktober 2024
16 Oktober 2024
30 September 2024
21 September 2024
11 September 2024