Table of Contents
Advertisement
Advertisement
Table of Contents
Related Manuals for Tyco NEKA Series
Summary of Contents for Tyco NEKA Series
- Page 1 NEKA Outdoor Self-Powered Siren Installation Instructions...
- Page 2 Description The NEKA range provides the following models: NEKA, self-powered horn with flash; NEKA-F, self-powered horn with flash and foam tamper device; NEKA-FS, self-powered horn with strobe and foam tamper device. This manual provided installation instructions for all NEKA sirens. Information relating to a specific model is denoted by the ap- plicable model number within the text.
- Page 3 Figure 1 – Parts: a) cover; b) innerplate; c) backplate; e) Electronic board. NEKA...
-
Page 4: General Features
General features Self-powered microprocessor controlled horn with strobe/flash for outdoor applications. New design. Strong weatherproof plastic material moulding. Tropicalized-steel innerplate. 4 audible and visual signal inputs. Modulated frequency sound emission with sound options. High output magnetodynamic exponential horn with test circuit. ... -
Page 5: Alarm Priority
The Memory and Alarm flash sequences are as follows: ON (ms) OFF (ms) Description NEKA/NEKA-F Alarm flashing Standard Blink Memory flashing 1500 Slow Blink Frequency (Hz) Description NEKA-FS Alarm flashing Standard Blink Memory flashing Slow Blink Under low battery conditions, the siren bypasses the flash and use the residual charge to power the loudspeaker (NEKA and NEKA-F only). - Page 6 When the maximum alarm time of the higher priority alarm expires, or when the alarm conditions clear, the lower priority alarm signal activates the loudspeaker and strobe/flash in accordance with its configuration. If a priority alarm signal overrides an alarm that has been running for more than 30 seconds, the maximum alarm time of the inter- rupted signal will run on.
-
Page 7: Setting The Operating Mode
Setting the operating mode If you are installing several sirens in the same area, the jumpers on the electronic board allow to select different sound for each one, thus permitting users to distinguish between them. You can also select different sounds for different alarm types (gas leak, burglary, flooding, etc.) or locations (office, warehouse, garage, etc.). - Page 8 Mounting The siren should be mounted as high up as possible on a flat wall, as uneven surfaces may jeopardize proper functioning of wall- tamper protection. To facilitate the mounting operation, a drilling pattern and screws for fixing are in the package. On the drilling pattern are drawn 5 holes, corresponding to those of fixing, placed on the bottom of the siren.
- Page 9 Wiring Description Loudspeaker connection terminals. Tamper signalling terminals: when tamper signalling is set to normal mode, these terminals open when the cover or innerplate is removed, or when siren is pulled from the wall, or when the foam tamper is detected (NEKA-F and NEKA-FS only).
- Page 10 Automatic mode For siren basic operation are required two wires only, as shown in figure 3: the control panel (A) must have a terminal (+N) where 13.8 V voltage (minimum 600 mA) is present on standby and no voltage in alarm; the control panel cannot detects the siren tamper, and foam tamper (NEKA-F and NEKA-FS only) but the siren automatically activates for those events.
-
Page 11: Normal Mode
Normal mode If siren tamper, and foam tamper (NEKA-F/NEKA-FS only) have to be managed by the control panel, jumpers position must be as shown in figure 5, and AS terminal of the siren must be connected to the tamper line of the latest device: in this operating mode, AS terminal of the siren is normally connected to the ground while is open for siren tamper or foam tamper. - Page 12 Normal mode when the siren is not latest device on tamper line If the siren is not the latest device on tamper line, jumper position must be as shown in figure 7, and ASG and AS terminals of the siren must be series connected to the tamper line: ASG and AS terminals of the siren are normally connected, and disconnect for siren tamper.
- Page 13 Figures 9 and 10 show, instead, wiring to activate the siren by means an open-collector output (the OC terminal of the control panel A): P jumper must be inserted if the OC output closes to ground on alarm, must be removed if OC output opens on alarm. On + terminal of the control panel 13.8 V voltage (minimum 600 mA) must be present for siren power supply, and siren battery charg- ing.
-
Page 14: Troubleshooting
Trouble shooting Problem Cause Solution The battery is connected but the flash The battery may be low. Replace the battery. does not function. Continuous flashing and/or continuous 1) The wall-tamper device is not Eliminate the causes. sound on the loudspeaker. secured properly. -
Page 15: Technical Specifications
Technical specifications Nominal voltage: 13.8 V_ Alarm current: 1.4 A (max 2.8 A) Voltage on terminal +N: 13.8 V ±0.2 V Current on terminal +N: max 0.6 A Minimum (maximum) supply voltage: 10 V_ (13.8 V_) Battery requirements: 2 Ah (177x34x66 mm) Maximum alarm-time (programmable): 3 / 10 minutes Protection class: IP34 Temperature range: -25 –... -
Page 16: Compliance With Standards
Compliance with standards Hereby Bentel Security Srl declares that the product NEKA/NEKA-F/NEKA-FS complies with standards EN 60950, EN 61000-6-3, EN 50130-4 and thereby, complies with the essential requirement of directives 2014/35/EU, 2014/30/EU and 2011/65/EU. Recycling information BENTEL SECURITY recommends that customers dispose of their used equipment (panels, detectors, sirens and other devices) in an environmentally sound manner. - Page 17 NEKA...
- Page 18 Outdoor Self-Powered Siren...
- Page 19 NEKA...
- Page 20 The manufacturer reserves the right to change the technical specifications of this product without prior notice. BENTEL SECURITY s.r.l. – Via Gabbiano, 22 – Z. Ind. S. Scolastica – Corropoli (TE) – Italy – tel.: +39 0861 839060 Fax: +39 0861 839065 – infobentelsecurity@tycoint.com – www.bentelsecurity.com ISTISBLENEKA 1.0 270219 FM10...