Wednesday, 31 August 2016
Italian - ItalyEnglish (United Kingdom)

Tempestini Sys consiglia





Click to watch the Sniper management system video Training - Corsi
State-of-the-art a highly efficient special high power jammer designed for anti-terror security applications and VIP protection.

The jammer is constructed to jam continuously and simultaneously twelvefrequency bands from 66MHz up to 2500MHz includes most of Walkie-Talkie Radio and Cellular/Satellite frequency standards, and has a total RF output power of 975 watts (Three “Pelican” cases 325 watts each).

Operator’s Remote Control Unit provides ON/OFF function for each individual frequency band as well as full system control.

High gain external omnidirectional antennas are used with the jammer and give you mobility in each current application.
Its "smart active" cooling system enables unlimited continuous use in very hard climatic and weather conditions.

Ease of mobility, installation and use.
Simply connect antennas to the Jamming System Unit, install the antennas in vertical position, plug in to DC electricity source and start to operate through a Remote Control Unit.
  • ULTRA HIGH POWER RF AMPLIFIERS WITH VSWR AND TEMPERATURE SELFPROTECTION TECHNOLOGY
  • HIGH POWER AND VERY HIGH STABILITY DC POWER SUPPLIES
  • EXTRA HIGH DENSITY FM CONTINUOUS NOISE SOURCE
  • ACTIVE SMART COOLING SYSTEM
  • WEATHERPROOF AND SHOCKPROOF MILSTYLE “PELICAN” TROLLEY CASE
  • WIRED REMOTE CONTROL UNIT WITH ON/OFF FUNCTION
  • SPECIALLY DESIGNED SHOCKPROOF, VIBRATIONPROOF AND RF SHIELDED INTERNAL METAL ENCLOSURE
  • LOW LOSS RF DIPLEXER/COMBINERS
  • HIGH GAIN WIDEBAND EXTERNAL ANTENNA SOLUTION
The TMP-Mk4 MERCEDES S500L is a fourth generation of specially customized luxury vehicle, equipped with a fully integrated broad band jamming system.

A highly efficient special high power TMP-Mk4  designed for protection of ground troops, bomb disposal squads and anti-terror security applications against the threat of remotely controlled improvised explosive devices (RCIEDs)

TheTMP-Mk4  system covers continuously and simultaneously the most commonly used RF communication frequencies from 66MHz to 2500MHz which terrorists ae using to detonate road-side bombs (RCIEDs).

Using the latest jamming and antenna technology, the third generation of TMP-Mk4 Extended now has an ultra high RF transmitting power of 1000 watts (more than 3300 Watts of EIRP) resulting in more coverage distance.

This state-of-the-art RFjamming system is installed in the trunk of the vehicle and is supported by a fully integrated smart active cooling system, powered by a dedicated specially customized independent high power DC generator, high gain omni directional antennas are mounted on the roof of the vehicle.

Full system management (activation, control and operation) is carried out via a remote control unit which is installed (in a covert manner) inside the driver's console unit.

The customization includes special RF shielding for full protection of driver and passengers.
Optional armoring to level B6 is available for all our Military and VIP vehicles.
There is simply no better way to defend your VIP from the threat of radio activated bombs.
 
Advantages of the TMP-Mk4 version:
  • Extended frequency range 66-2500MHz.
  • Increased total RF output power up to 1050 Watt.
  • Increased total EIRP power up to 3300 Watt.
  • New more efficient jamming signal source.
  • Independent very high power (7kW) DC generator.
  • New antenna design with increased gain (more coverage distance).
  • Reduced antenna height.
  • New Jamming System Unit design (compact, modular, with more efficient cooling system, increased heat dissipation, more efficient RF power amplifier modules)
TECHNICAL SPECIFICATION
tmp-mk4-s500l-10

Total RF Output Power 100W
Frequency Band Number 12
Antenna Type High Gain Omni directional
Number of antennas 5
Power Supply source DC Generator (+28VDC/250A)
Total Power Consumption (+28VDC) Max 5000VA
Battery Back Up Capacity 100AH/+28VDC
Total System Weight Approx. 250kg
Operating Temperature Range -20°C...+50°C
Operating Humidity Up to 80%

SYSTEM DESCRIPTION
This system is based on the following principal: High density white noise RF signal, generated continuously by using several RF jamming transmitters (per table of bands above).
The RF output power from frequency band amplifiers is combining on special RF diplexers and transmitted through especially designed omni directional antenna installed on the top (roof) of the vehicle.

Control of jamming transmitters and system operation/check is carried out by using the Remote
Control Unit installed in Personnel Cabin. The main control and communication modules are installed in the Jammer Unit Enclosure in the vehicle trunk.

Heat dissipation is controlled by an active "smart" air cooling system. Air flows through the air vent into the Jammer Unit Enclosure through a special air filter and a high efficiency fan placed on the left hand side rear window. Forced cooled air then passes through to the jammer transmitter heat sinks and it is then forced out via an additional fan installed on the right hand side rear window.

The main DC power source is the DC Generator which has a total DC output power of 7kVA and
voltage +28VDC. The power control and switching is carried out by the Central System Control Unit inside the Jamming System Unit.

SYSTEM DIAGRAM

tmp-mk4-02

MAIN SYSTEM PARTS

tmp-mk4-s500l-04

JAMMING SYSTEM UNIT

tmp-mk4-04

tmp-mk4-05

tmp-mk4-06

COOLING SYSTEM

tmp-mk4-s500l-07

POWER SOURCE

tmp-mk4-s500l-08

tmp-mk4-s500l-09

FEATURES

  • Overhead V-valves
  • Pressurized lubrication
  • Dual element air filter
  • Internally vented carburetor
  • Rotating grass screen
  • Cast iron cylinder liner

OPTIONS

  • Shaft variation:
    • 1" x 80mm.
    • 1 1/8" x 80mm, 1 1/8" x 110mm
  • Various speed control systems
  • 13 or 20 Amp charge coil
  • Various oil drain & starter options
  • Oil pressure switches
  • Various mufflers
  • Heavy duty canister air filter
Specifications
  • Number of cylinders 2
  • Displacement 675cm3
  • Bore x stroke 75.2 x 76 mm
  • Compression ration 8.1 :1
  • Max power output 17.2 kW (23.0 hp) @ 3600 rpm
  • Max torque 54.0 Nm @ 2400 rpm
  • Specific fuel consumption 333 g/kW.hr / 245 g/hp.hr
  • Dimensions (L x W x H) 458 x 430 x 461 mm
  • Dry weight 40.0 kg
  • Oil capacity with filter 1.91
  • Fuel tank capacity -

We developed its TMP-MK4 series of all permanent magnet alternators specifically for battery charging applications in:
  • Hybrid Electric Propulsion
  • Hybrid Photovoltaic Solar Communications Uninterruptible Power Systems
  • Wind Energy Hydroelectric
Advantages:
  • High reliability and Limited Maintenance
  • High degree of corrosion resistance
  • No Mechanical Adjustments
  • Very Light Weight
  • High Quality Electrical Output
  • Stiff voltage regulation to current demand
  • LTp to 94% Efficiency
Exceeding Military Standards without the Cost
  • High and Low Ambient Operation (-80° to 160° E)
Design Performance:
  • Available in Voltages of 12 to 500 Vdc
  • 32 pole high frequency design provides low electrical ripple
  • Higher frequency design provides compact and lightweight performance
  • Direct engine mounting further enhances the compact and lightweight design
  • Conventional 3 phase stator lowers assembly cost
  • NdFeB Magnets for high efficiency
  • Class H magnetic wire for long and reliable service life
  • Anodized type III process for aluminum parts
  • Nickel Plating for steel parts
  • Stator is vacuum impregnated

To reduce ripple and improve output harmonics. we incorporated a 6-phase stator with each phase rotated 60° in a 12-pole configuration. The voltage regulator incorporates pulse width modulation (PWM) circuitry to provide a true proportional output to the field coil. Most other voltage regulators simply turn the field on/ off at lower frequencies, which creates ripple on the generator output.

The 6-phase bridge rectifier assembly has been custom designed to our specifications using the most efficient schottky diodes. The power loss through our 6 phase bridge is less than half that of other DC generators.
Engine performance under electrical load is greatly improved due to the 12 poles, 6 phases, and proportional output from the voltage regulator. Under these favorable conditions, the engine has a smooth and even torque requirement over the 360° flywheel (or shaft) rotation.

Low Maintenance and High Reliability
  • The unique alternator design allows us to operate the engine at low speeds, thereby extending engine life and reducing engine noise. 
  • The Model 250 Voltage Regulator has automatic engine speed control capability. At high electrical loads, the regulator automatically commands an external solenoid / linear actuator to increase the engine RPM. At low loads, the engine speed is automatically decreased.
  • Polar Power's PMHH alternator has no bearings, couplings, brushes, slip rings, or rotating fields. There are no alternator parts to wear out.
  • The entire stator assembly is vacuum dipped and baked with a polyester coating. Resistance to salt fog is extremely high. The coatings also protect the stator from particle abrasion and vibration.
  • There are no electronic parts (diodes, etc.) nor electrical connections inside the alternator. There is nothing to short or vibrate loose inside the alternator.
  • The alternator is almost impossible to damage electrically. The outputs can be shorted for a short duration without damage.
  • The alternator is thermally protected; a sensor on the yoke can alert the operator of a high temperature condition. If no action is taken, the regulator automatically reduces the output current so the alternator will run cooler.
  • The Model 250 Voltage Regulator monitors the output current through an external current transducer. The voltage regulator has an adjustable current limit on the output. It is virtually impossible to overload the alternator or stall the engine.
  • Polar Power's PMHH alternator is designed have an MTBF exceeding 100.000 hours, as there are no parts which rub. wear, or overheat under normal operating conditions.
  • The Diode Bridge Assembly is separate from the alternator and mounted on a large heat sink for improved cooling and reduced vibration.
  • Corrosion is the prime reason most standby generators fail. Polar's alternators are ruggedized for marine and agricultural applications. All components are constructed of corrosion resistant stainless steel, hard anodized aluminum, and Nickel or Cadmium plated steel. Steel laminations are bonded and varnished. Magnets are Nickel plated and bonded with very high temperature epoxy. improved engine bearing life.
  • The alternator's rotor is dynamically balanced to Class 3 for
ANTENNAS
ANTENNA SPECIFICATION
tmp-mk4-19

Mechanical Properties
tmp-mk4-20

Meets the following requirements:
  • Protected against the effects of continuous immersion in water IP68 (only if correctly installed).
  • EN 501 55, electronic equipment used on rolling stock.
  • EN 50124-1, insulation coordination (27.5 KV AC and 3.8 KV DC).
  • High voltage and high current protection according to Light Railway specifications (protection against short circuits of 10 KA).




tmp-mk4-24
Vertical Pattern
tmp-mk4-25
Horizontal Pattern

The Special wideband antenna is covering frequency range from 66 to 176 MHz and is intended for stationary and portable use. Electrically the antenna is designed as a dipole with capacitive continuously distributed loading along the upper radiating element. All metal parts of the antenna are DC grounded and enclosed in tube made of composite material epoxy-glass ensuring good resistance against atmospheric influences and long life time. The antenna could be mounted on any metal tube with inner diameter greater than 30 mm and outer diameter less than 49 nun (for instance standard tube 1 1/4").

TECHNICAL DATA
  • Frequency range 66- 176 MHz
  • Impedance 50 ohm
  • VSWR < 1.6 (DIAG. 1)
  • Gain 0 - 1 dBd
  • Polarization VER.
  • Maximum power 400 W CW
  • Connector N
  • Height 1.37 m
  • Diameter 28 MM
  • Mass of antenna 1.6 kg
  • Wind velocity 150 km/h
  • Temperature range -40....+70 °C



The Special UHF wideband antenna is covering frequency range from 300 to 530 MHz and is intended for stationary and portable use. Electrically the antenna is designed as a dipole with capacitive distributed loading on the upper radiating element. All metal parts of the antenna are grounded and enclosed in tube made of composite material epoxy-glass ensuring good resistance against atmospheric influences and long life time. The antenna could be directly mounted on any metal tube with inner diameter greater than 30 mm and outer diameter less than 49 mm (for instance standard tube 1 1/4").

TECHNICAL DATA
  • Frequency range 300 - 530 MHz
  • Impedance 50 ohm
  • VSWR < 1.8
  • Gain 0 dBd
  • Polarization VER.
  • Maximum power 100 W CW
  • Connector N
  • Height 0,53 M
  • Diameter 28 mm
  • Mass of antenna 1 kg
  • Wind velocity 180 km/h
  • Temperature range -40....+70 °C
VERTICAL
RADIATION DIAGRAM
tmp-mk4-28
.


The TMP-Mk4 Extended GMC Yukon DENALI is a fourth generation of specially customized luxury vehicle, equipped with a fully integrated broad band jamming system.

A highly efficient special high power TMP-Mk4 Extended designed for protection of ground troops, bomb disposal squads and anti-terror security applications against the threat of remotely controlled improvised explosive devices (RCIEDs)

TheTMP-Mk4 Extended system covers continuously and simultaneously the most commonly used RF communication frequencies from 25MHz to 3800MHz which terrorists ae using to detonate road-side bombs (RCIEDs).

Using the latest jamming and antenna technology, the third generation of TMP-Mk4 Extended now has an ultra high RF transmitting power of 1650 watts (more than 4500 Watts of EIRP) resulting in more coverage distance.

This state-of-the-art RFjamming system is installed in the trunk of the vehicle and is supported by a fully integrated smart active cooling system, powered by a dedicated specially customized independent high power DC generator, high gain omni directional antennas are mounted on the roof of the vehicle.

Full system management (activation, control and operation) is carried out via a remote control unit which is installed (in a covert manner) inside the driver's console unit.

The customization includes special RF shielding for full protection of driver and passengers.
Optional armoring to level B6 is available for all our Military and VIP vehicles.
There is simply no better way to defend your VIP from the threat of radio activated bombs.

Advantages of the TMP-Mk4 Extended version:
  • Extended frequency range 25-3800MHz.
  • Increased total RF output power up to 1650 Watt.
  • Increased total EIRP power up to 4500 Watt.
  • New more efficient jamming signal source.
  • Independent very high power (7kW) DC generator.
  • New antenna design with increased gain (more coverage distance).
  • Reduced antenna height.
  • New Jamming System Unit design (compact, modular, with more efficient cooling system, increased heat dissipation, more efficient RF power amplifier modules)
TECHNICAL SPECIFICATION
tmp-mk4-32

Total RF Output Power 1650W
Total EI.RP -4500W
Number of channels 17
Frequency range 25 - 3800 Mhz
Jamming source FM white noise (barrage+)
Remote Control Wired (full system operation control")
Cooling System Dual Independent Active "Smart"
System Protection VSWR, over-burning (temperature), over-voltage, PWer current, 2 levels RF shielding (optional), EMI.
Antenna Type High Gain Omni directional
Number of Antennas 10
Power Supply So urce Additional DC Generator (+28VDC/300A)
Total Power Consumption (+28VDQ Max 7500VA
Battery Back Up Capacity 100AH/+28VDC
Total System Weight Approx. 250kg
Operating Temperature Range -20°C...+50°C
Operating Humidity Up to 80%

Vehicle Platform Options:
  • GM Hummer H2 SUV
  • Toyota Land Cruiser 100/200
  • GMC Yukon
  • Chevrolet Suburban
SYSTEM DESCRIPTION
This system is based on the following principal: High density white noise RF signal, generated continuously by using several RF jamming transmitters (per table of bands above).
The RF output power from frequency band amplifiers is combining on special RF diplexers and transmitted through especially designed omni directional antenna installed on the top (roof) of the vehicle.

Control of jamming transmitters and system operation/check is carried out by using the Remote
Control Unit installed in Personnel Cabin. The main control and communication modules are installed in the Jammer Unit Enclosure in the vehicle trunk.

Heat dissipation is controlled by an active "smart" air cooling system. Air flows through the air vent into the Jammer Unit Enclosure through a special air filter and a high efficiency fan placed on the left hand side rear window. Forced cooled air then passes through to the jammer transmitter heat sinks and it is then forced out via an additional fan installed on the right hand side rear window.

The main DC power source is the DC Generator which has a total DC output power of 7kVA and
voltage +28VDC. The power control and switching is carried out by the Central System Control Unit inside the Jamming System Unit.

SYSTEM DIAGRAM

tmp-mk4-02

MAIN SYSTEM PARTS

tmp-mk4-03

JAMMING SYSTEM UNIT

tmp-mk4-04

tmp-mk4-05

tmp-mk4-06

COOLING SYSTEM

tmp-mk4-07

POWER SOURCE

tmp-mk4-08

 

tmp-mk4-09

FEATURES

  • Overhead V-valves
  • Pressurized lubrication
  • Dual element air filter
  • Internally vented carburetor
  • Rotating grass screen
  • Cast iron cylinder liner

OPTIONS

  • Shaft variation:
    • 1" x 80mm.
    • 1 1/8" x 80mm, 1 1/8" x 110mm
  • Various speed control systems
  • 13 or 20 Amp charge coil
  • Various oil drain & starter options
  • Oil pressure switches
  • Various mufflers
  • Heavy duty canister air filter
Specifications
  • Number of cylinders 2
  • Displacement 675cm3
  • Bore x stroke 75.2 x 76 mm
  • Compression ration 8.1 :1
  • Max power output 17.2 kW (23.0 hp) @ 3600 rpm
  • Max torque 54.0 Nm @ 2400 rpm
  • Specific fuel consumption 333 g/kW.hr / 245 g/hp.hr
  • Dimensions (L x W x H) 458 x 430 x 461 mm
  • Dry weight 40.0 kg
  • Oil capacity with filter 1.91

We developed its TMP-MK4 series of all permanent magnet alternators specifically for battery charging applications in:
  • Hybrid Electric Propulsion
  • Hybrid Photovoltaic Solar Communications Uninterruptible Power Systems
  • Wind Energy Hydroelectric
Advantages:
  • High reliability and Limited Maintenance
  • High degree of corrosion resistance
  • No Mechanical Adjustments
  • Very Light Weight
  • High Quality Electrical Output
  • Stiff voltage regulation to current demand
  • LTp to 94% Efficiency
Exceeding Military Standards without the Cost
  • High and Low Ambient Operation (-80° to 160° E)
Design Performance:
  • Available in Voltages of 12 to 500 Vdc
  • 32 pole high frequency design provides low electrical ripple
  • Higher frequency design provides compact and lightweight performance
  • Direct engine mounting further enhances the compact and lightweight design
  • Conventional 3 phase stator lowers assembly cost
  • NdFeB Magnets for high efficiency
  • Class H magnetic wire for long and reliable service life
  • Anodized type III process for aluminum parts
  • Nickel Plating for steel parts
  • Stator is vacuum impregnated

To reduce ripple and improve output harmonics. we incorporated a 6-phase stator with each phase rotated 60° in a 12-pole configuration. The voltage regulator incorporates pulse width modulation (PWM) circuitry to provide a true proportional output to the field coil. Most other voltage regulators simply turn the field on/ off at lower frequencies, which creates ripple on the generator output.

The 6-phase bridge rectifier assembly has been custom designed to our specifications using the most efficient schottky diodes. The power loss through our 6 phase bridge is less than half that of other DC generators.
Engine performance under electrical load is greatly improved due to the 12 poles, 6 phases, and proportional output from the voltage regulator. Under these favorable conditions, the engine has a smooth and even torque requirement over the 360° flywheel (or shaft) rotation.

Low Maintenance and High Reliability
  • The unique alternator design allows us to operate the engine at low speeds, thereby extending engine life and reducing engine noise. 
  • The Model 250 Voltage Regulator has automatic engine speed control capability. At high electrical loads, the regulator automatically commands an external solenoid / linear actuator to increase the engine RPM. At low loads, the engine speed is automatically decreased.
  • Polar Power's PMHH alternator has no bearings, couplings, brushes, slip rings, or rotating fields. There are no alternator parts to wear out.
  • The entire stator assembly is vacuum dipped and baked with a polyester coating. Resistance to salt fog is extremely high. The coatings also protect the stator from particle abrasion and vibration.
  • There are no electronic parts (diodes, etc.) nor electrical connections inside the alternator. There is nothing to short or vibrate loose inside the alternator.
  • The alternator is almost impossible to damage electrically. The outputs can be shorted for a short duration without damage.
  • The alternator is thermally protected; a sensor on the yoke can alert the operator of a high temperature condition. If no action is taken, the regulator automatically reduces the output current so the alternator will run cooler.
  • The Model 250 Voltage Regulator monitors the output current through an external current transducer. The voltage regulator has an adjustable current limit on the output. It is virtually impossible to overload the alternator or stall the engine.
  • Polar Power's PMHH alternator is designed have an MTBF exceeding 100.000 hours, as there are no parts which rub. wear, or overheat under normal operating conditions.
  • The Diode Bridge Assembly is separate from the alternator and mounted on a large heat sink for improved cooling and reduced vibration.
  • Corrosion is the prime reason most standby generators fail. Polar's alternators are ruggedized for marine and agricultural applications. All components are constructed of corrosion resistant stainless steel, hard anodized aluminum, and Nickel or Cadmium plated steel. Steel laminations are bonded and varnished. Magnets are Nickel plated and bonded with very high temperature epoxy. improved engine bearing life.
  • The alternator's rotor is dynamically balanced to Class 3 for
ANTENNAS
ANTENNA SPECIFICATION
tmp-mk4-19

Mechanical Properties
tmp-mk4-20

Meets the following requirements:
  • Protected against the effects of continuous immersion in water IP68 (only if correctly installed).
  • EN 501 55, electronic equipment used on rolling stock.
  • EN 50124-1, insulation coordination (27.5 KV AC and 3.8 KV DC).
  • High voltage and high current protection according to Light Railway specifications (protection against short circuits of 10 KA).

tmp-mk4-24
Vertical Pattern
tmp-mk4-25
Horizontal Pattern

The Special wideband antenna is covering frequency range from 66 to 176 MHz and is intended for stationary and portable use. Electrically the antenna is designed as a dipole with capacitive continuously distributed loading along the upper radiating element. All metal parts of the antenna are DC grounded and enclosed in tube made of composite material epoxy-glass ensuring good resistance against atmospheric influences and long life time. The antenna could be mounted on any metal tube with inner diameter greater than 30 mm and outer diameter less than 49 nun (for instance standard tube 1 1/4").

TECHNICAL DATA
  • Frequency range 66- 176 MHz
  • Impedance 50 ohm
  • VSWR < 1.6 (DIAG. 1)
  • Gain 0 - 1 dBd
  • Polarization VER.
  • Maximum power 400 W CW
  • Connector N
  • Height 1.37 m
  • Diameter 28 MM
  • Mass of antenna 1.6 kg
  • Wind velocity 150 km/h
  • Temperature range -40....+70 °C

The Special UHF wideband antenna is covering frequency range from 300 to 530 MHz and is intended for stationary and portable use. Electrically the antenna is designed as a dipole with capacitive distributed loading on the upper radiating element. All metal parts of the antenna are grounded and enclosed in tube made of composite material epoxy-glass ensuring good resistance against atmospheric influences and long life time. The antenna could be directly mounted on any metal tube with inner diameter greater than 30 mm and outer diameter less than 49 mm (for instance standard tube 1 1/4").

TECHNICAL DATA
  • Frequency range 300 - 530 MHz
  • Impedance 50 ohm
  • VSWR < 1.8
  • Gain 0 dBd
  • Polarization VER.
  • Maximum power 100 W CW
  • Connector N
  • Height 0,53 M
  • Diameter 28 mm
  • Mass of antenna 1 kg
  • Wind velocity 180 km/h
  • Temperature range -40....+70 °C
VERTICAL
RADIATION DIAGRAM
tmp-mk4-28

25-50 MHz Quarterwave
BROADBAND MOBILE ANTENNA


Performance: These antennas provide unity gain in a very broadband design for extra heavy duty service. They have a power handling capacity of 200 watts.

Stylish and Durable: These antennas are manufactured using the finest corrosion resistant materials and finishes available. They come with an integrated shock spring and a heavy duty stainless steel whip that is designed to withstand severe shock without suffering permanent damage. They are available in triple plated chrome and black finishes.

Reliable: The ABS base has an ultrasonically welded brass insert and a gold plated spring loaded contact.

Broadband: The Antenna provides 25MHz bandwidth at HF frequencies.

Standard Mounting: These antennas mate with a standard TAD/NMO type mount, providing an excellent moisture seal even when the antenna is removed.

ELECTRICAL SPECIFICATIONS:
  • FREQUENCY RANGE: 25-50MHZ
  • GAIN: 1
  • IMPEDANCE: 50 ohms
  • POWER RATING: 200 watts
  • BANDWIDTH: 25 MHz
  • VSWR: <1.5:1
MECHANICAL SPECIFICATIONS:
  • RADIATOR:
    • BRITE A: Tapered stainless whip . 125 dia.
    • BLACK: B: Tapered stainless whip . 100 dia.
  • BASE: ABS. Ultrasonic brass insert
  • CONTACT: Gold plated spring loaded contact
  • LENGTH: 152cm at lowest frequency
  • MOUNTING: Standard TAD/NMO type
Vertical
Pattern
tmp-mk4-31
Monday, 21 September 2009 14:43

TMP-105 EOD Portable Wide Band Jamming System

The TMP-105EOD is born for EOD.

The TMP-105EOD is a transportable RF Jammer or Bomb Jammer that uses RF Jamming signals to defeat remote controlled improvised explosive devices or an RCIED. The RF Jammer theory of operation is the same  as an ied jammer in that they both involve sending out RF Jamming signals to cause radio interference and attack the radio receiver of an improvised explosive device or IED and help prevent it from detonating. RF Jamming or IED Jamming of HF, VHF, UHF, and Microwave radio frequencies enable the RF Jammer TMP-105EOD to reduce the risk of remote controlled improvised explosive devices from triggering.

TMP-105EOD Features:
  • Expandable Design - The TMP-105EOD is expandable because it can cover both known threats as well as future threats determined by the user. This can be accomplished by supplying additional jamming modules to the base configuration of the system.
  • Additional High Power - By adding jamming modules, the power output can be increased, offering increased saturation of the electromagnetic spectrum.
  • Housing/specification can be designed as requirement.
Download pdf

  • Frequency range from 10MHz – 3.8 GHz
  • Unlimited RF output power
  • Unlimited number of frequency channels
The TMP-DEFENDER is a unique and comprehensive range of high and ultra high power systems, developed for permanent installation in large locations such as prisons, palaces, military bases, parliamentary buildings, embassies and large public venues.

Each TMP-DEFENDER system is tailor made to suit the specific requirements of the End User.

The systems are constructed to jam continuously and simultaneously selected frequency channels within the spectrum of 10MHz and 3.8GHz as standard, with unlimited RF output power and number of frequency channels.

The metal enclosure contains an integrated smart active cooling system enabling unlimited continuous operation from AC mains power in extreme hot and cold conditions.

The system is fully protected from unauthorized use, and the remote control unit provides an around-the-clock monitoring facility.
 
Advantages and Features

  • Easy indoor installation and operation
  • Secure design to avoid sabotage
  • Jams simultaneously selected frequency bands within the spectrum of 10MHz –3.8GHz
  • All systems tailor-designed according to customer requirements.
  • Weight of complete system as well as module/enclosure number depends on final configuration
  • Specially designed shockproof, anti vibration and RF shielded internal metal enclosure
  • Smart active cooling system enables unlimited continuous operation in very hot temperatures
  • Extensive choice of external high gain directional/omni directional) antenna types for different channels
  • Operation from AC mains power
  • Highest level of complete system protection
  • Modular system design based on ultra high power RF amplifiers with VSWR and temperature selfprotection technology.
Optional additional features
1. DC input for use with UPS back up power
2. PC control via existing Ethernet network
3. Increased spectrum up to 6GHz
Download pdf

SIM-CellStop is a intelligent cellular radio jammer concept; designed to built a complete jamming network, which will be controlled via a LAN network.
Using SIM-CellStop for building monitoring, enables a detection of mobile phone calls with an extremely high probability, if the building is equipped in each monitored room with a position finder.


SIM-CellStop - so it works:
1. A prison inmate starts to use his phone
2. The SIM-CellStop detects the active phone
3. The SIM-CellStop starts to block the call by jamming
4. Call failure will be signalized to the inmate
5. An alarm server shows the location of the used phone

Jamming (official operating licence required)
A transmitting mobile phone can be jammed very easily. A short reception of a signal (glitch) with the right field intensity in the right moment abandons the mobile phone connection immediately and logs it out of its mobile communication cell.

Neither in the direct environment, nor in allowed zones or outside the monitored zones, the short signal can be measured.

Considerations of mobile communications societies against this operation (which are really justified in other concepts and which have sensitized the providers legitimately) can not arise in our concept at all. Strangely enough, that functionaries, as representants of associations, still try to unsure the public in spite of better knowledge.
  • Jamming is temporally, locally and in its frequency limited, slightest jamming outside the monitored system (e.g. penal system)
  • Jamming only in the prison cell with an activated mobile phone
  • Jamming only in the downlink range of the corresponding bands, no broad band jamming
  • Jamming with adaptive transmitting power, controlled by adjustable thresholds
  • Jamming only for a short time, then further search, therefore additional detection and selective jamming of further mobile phones in the same zone.
No alarm from mobile phones in allowed zones by additional position finders outside of the forbidden zones. If these position finders are missing, the radiation field can trigger an alarm in the nearest forbidden zone.

System with central control panel:
Each SIM-CellStop is connected with a busline and an evaluation computer (alarm server). On a busline up to 32 SIM-CellStop devices can be operated. The standard installation provides a connection of up to eight such buslines to the evaluation computer. All SIM-CellStop indicate the reception and the measured field intensity to the central evaluation computer. Actually several devices can be activated simultaneously. The computer evaluates the stored three-dimensional measurements of the local realities and decides to which alarm indicator the mobile phone must be assigned to actually. Separate detection of several simultaneously active mobile phone in the same environment is therefore also possible. The evaluation computer indicates all measurements in an alarm indicator graphics, where both, the reception (pink), as well as the decision (red) is displayed. All alarm events will be logged and stored.

In the device version with jamming transmitter, the decentralized transmission of the interruption pulse is immediately effected (in addition to the locating) by the position finders, which are the next to the mobile phone.
The mobile phone contact is abandoned and the call location is stored.

SIM-CellStop
Alarm server 2x32


Alarm server with up to 8 SIM-CellStop bus lines.

System without control panel as subsystem:
If a central control panel is not provided, the evaluation computer can be installed covered at a central place. The monitor however remains for installation and parameter setup. Because of a stored table and via the bus system, the evaluation computer autonomously assigns each detection to the concerning SIM-CellStop. The computer decentrally indicates then the alarm decision via his monitoring output. That can be the triggering alarm indicator, but also each other equipment, e.g. decentral collective and group indications. These decentral outputs can work then as alarm detectors in other alarm systems.


Subsystem for external Management Systems:
The alarm server or the master server can be integrated via an interface into a higher-ranking external management system as a subsystem. Via this project specific interface, all events, evaluation data and the actual detection results are transferred to the management system for displaying, logging and further processing.

Master Server operation with several Alarm Servers:
Networks
The position finding and the triggered jamming is detected and documented by the devices and the software of the model serie SIM-CellStop. The further use of these data and the remote control of the device is made via conventional network technologies and software.


SIM-CellStop Position Finder GSM/3G
Order No.: 587.010.0
SIM-CellStop Position Finder GSM/3G/WLAN
Order No.: 587.010.1
Available after prior projectspecific
Consultation
Detector for recognizing transmitting GSM and UMTS mobile phones, for the incorporation in existing installations, consisting of a p.c. board with receive and evaluation electronics, an antenna socket and a terminal strip. The detector is provided with an RS485 interface for address-encoded transmission of field strength information via a bus cable J-Y(St)Y 4x2x0.8 to a central evaluation location. A potential-free output can be directly activated by the detector or remotecontrolled by the central evaluation location for activating local alarms. The sensitivity can be adjusted. A sabotage alarm loop with alarm triggering can be connected to the device.
Power supply : 22 - 30 V; 75 mA at 24 V
Dimensions : 91x53x17 mm (LxWxH)

SIM-CellStop Phone Blocker GSM/3G, 0,5W
Order No.: 587.015.1
SIM-CellStop Phone Blocker GSM/3G, 2W
Order No.: 587.015.1
SIM-CellStop - Phone Blocker:
Jamming transmitter (3-bands) for suppression of GSM 900, 1800 and UMTS at the same time, in the version 500 mW or max. approx. 2W. The equipment itself has no locating function and is activated by an in series connected
SIM-CellStop position finder.
Connection to the position finder via cable J-Y(ST)Y 4x2x0.8.

Alarm server with up to 8 SIM-CellStop bus lines



SIM-CellStop Alarm server 2x32
Order No.: 587.030.0

SIM-CellStop Additional buslines 2x32

Order No.: 587.031.0
Evaluation computer as 19“ industry PC for two SIMCellStop buslines in its basic body with the option to enlarge up to eight SIM-CellStop buslines, for the startup procedure, evaluation, display and logging of 2x32 or up to 256 (8x32) position finders of the type SIM-CellStop, CD drive, network connection, keyboard, LCD colour monitor 17“ and a cable set. The number of connectable bus lines are reduced, if other project dependent services are required and integrated.

SIM-CellStop Monitoring software 8x32

Order No.: 587.030.1
Configuring and alarm monitoring software (dongle protected) for installation in alarm server to check threedimensionally up to 256 field strength protocols to analyze the transmission location. To avoid false alarms in the rooms beside or above, the evaluation takes the topology of the installation into account. The software enables central displaying and logging of alarms on the monitor. It activates, if required, potential-free outputs on the position finders for decentral display and for alarm integration in other systems.
The server can be maintenanced by remote control.



SIM-CellStop Master server 19“
Order No.: 587.035.0
SIM-CellStop Master server monitoring software
Order No.: 587.035.1
Evaluation computer as 19“ industry PC for the alarm server overriding startup procedure, evaluation, display and logging of the SIM-CellStop position finders, connected to the alarm server. The connection to the the alarm servers is made via an independent network.
Device including network interface card, CD drive, keyboard and LCD colour monitor 17“. The evaluation software is dongle protected.

SIM-CellStop Network package TCP/IP

Order No.: 587.040.0
SIM-CellStop Software interface external system
Order No.: 587.040.1
SIM-CellStop Master server 19“
Order No.: 587.035.0
SIM-CellStop Master server monitoring software
Order No.: 587.035.1
Network software for installing in each alarm server to forward the evaluation data to a master server.
SIM-CellStop Network package TCP/IP
Order No.: 587.040.0
Project specific coupling software, and if necessary, project specific interface card for master or alarm server installing, and in single systems to connect an external master alarm management.

SIM-CellStop Software interface external system
Order No.: 587.040.1 system
SIM-CellStop - Diverse boxes:
The different device combinations can be installed in purpose-built housings of existing equipment (e.g. cell call systems).
Otherwise, diverse boxes and housings are offered for outside or inside usage, which are suitable for device incorporation.

Robust plastic box for indoor surface wall mounting.
Shock-resistant plastic box for in/outdoor surface wall mounting.
Shock-resistant plastic box for in/outdoor surface wall or mast mounting.

SIM-CellStop Box indoor

Order No.: 587.020.0
SIM-CellStop Box indoor/ outdoor, 0,5W
Order No.: 587.020.1
SIM-CellStop Box indoor/ outdoor, 0,5W/ 2W
Order No.: 587.020.2
Mast mountings are project dependent and not part of delivery.

Antenna with connection cable for a SIM-CellStop position finder - with or without a jamming transmitter - or directly for a jamming transmitter. The antenna is able to receive signals from mobile phones and to transmit glitch pulses.

The selection of the suitable antennas and their mounting is - like for all radio technical equipment - determined by the local conditions, the materials of the environment and the specifications of the customer. Therefore is the antenna selection and the adaptation always project dependent.
Special antennas only with our agreement!

SIM-CellStop Outside antenna
Order No.: 587.025.0
SIM-CellStop Antenna for concrete walls
Order No.: 587.025.1
SIM-CellStop Directional antenna
Order No.: 587.025.2
SIM-CellStop Power converter 60/24
Order No.: 587.026.0
SIM-CellStop Overvoltage protection
Order No.: 587.026.1
SIM-CellStop Power supply 24VDC/ 480W
Order No.: 587.027.0
SIM-CellStop Power supply 48VDC/ 480W
Order No.: 587.027.1

Preclude mobile phone communication!

Why?

Mobile phones (GSM/UMTS) enable prisoners an uncontrolled contact with the outside world by:
  • Telephone calls
  • Communication via SMS
  • Transfer of stored data
  • Conversations can be observed by mobile phones
  • Sensitive electronic equipment can be jammed by mobile phones
Our concept: SIM-CellStop
  • Permanent room monitoring
  • Room exact position indication
  • Local and selective jamming
1. A prisoner activates his mobile phone
2. SIM-CellStop detects the activated phone
3. SIM-CellStop blocks the connection by jamming
4. The abandoned call is signalised to the prisoner
5. An alarm server indicates the position of the activated mobile phone.

SIM-CellStop - The stationary position finding network
  • Very good determination of position by a close-meshed detector network with measuring the received power
  • Alarm triggering already within extreme short transmitting modes (SMS)
  • No alarm by allowed commGENESItors (PSA, DECT); no reaction by transmitting sources in the same frequency range, but selective evaluation of the GSM/UMTS structure
  • Detection of mobile phones within the direct environment
  • Sensitivity locally adjustable
  • Central alarm messages or local message via connectable devices
  • Cell exact detection with centralized evaluation in an alarm server
  • Detection and localization of all simultaneous active mobile phones
  • No alarm in allowed zones
  • Active call suppression by jamming transmitters (Delivery only possible with an official permission)
  • Immediate reaction, no SMSs, no calls
  • Activation only within the alarm location
  • Slightest possible jamming of other zones by temporal and local limiting
  • Frequency selective jamming
  • Adaptive transmitting power
The devices are only provided for information and training and expressly not as a planning document. Our devices are, like all other radio engineering devices, extremely complex and depend on many environmental conditions, which are not all specified here. Also the planned organizational structure determines the arrangement of such an installation. Therefore we offer no single devices but complete project dependent systems, including advice, planning, on-site metering and commissioning.

TMP Jammicro is an intelligent jammer, which gives no evidence of jamming to its environment. Jammicro detects the first pulse of a cellular handshakesignal and synchronizes its jamming pulses with the handshake of the target. With this concept the target‘s phone is not able to finish the handshake successfully.
The handshake jamming can also hardly be made detectable, because it is short and also synchronized with the targets normal pulsed handshake. Jammicro works with internal or external antennas with directional or omnidirectional characteristics. A power pack and a remote control are available as options.
Jammicro intelligent concept can also be designed to a complete jamming network, which will be controlled via a USB-Can converter from a control center (see attached drawing).

TMP-Jammicro/ Specifications:

Interference Pulse Duration 800 ms
Energy Density of the Pulses <10 μW/cm²
Operation Distance 10 to 15 m
Dimensions 14 cm x 7 cm x 3 cm (without antenna)
Weight 250 g

GSM 900/1800 MHz
TMP-Jammicro
Order No.: 587.050.0
GSM 850/1900 MHz
TMP-Jammicro 1900
Order No.: 587.160.0
CDMA Version
TMP-Jammicro CDMA

Order No.: 587.350.0

Wednesday, 08 July 2009 18:50

Intelligent Medium Power Wide-Band Jammer

Covered Frequencies:
30-118Mhz
118-500Mhz
925-960Mhz
1780-1960Mhz
2100-2600Mhz

Power: Total Output Power 290W

Details: All Bands are Optional 19” Rack Mounts /Portable Case / 3U 19” Chassis / Antenna Array / Remote cables / Cables and Connectors / Sweep Systems/ Temperature: -10ºC to +45ºC / Humidity: 90% max.

Extra options: Web Server / Wireless Remote Control/ Various optional antennas / Rechargeable battery / 800-960Mhz @ 50W Option availabl.

Selective Cellular Jamming System GSM Dual CDMA

Imagine you are in charge of the protection of a sensitive site (government building, hotel or conference center). Our TMP Smartshield System provides you with a solution to effectively control all cellular mobile communication:
The system combines the following components:

  • 3G/ UMTS Jammer
  • SMARTSHIELD intelligent GSM VIP Jammer
  • CDMA Jammer

With 3G/ UMTS and CDMA effectively jammed, GSM is the only remaining cellular communication channel.
And the detailled control of this channel is laid into your hands by our Smartshield intelligent GSM jammer.
Smartshield will effectivley solve these tasks:
1. Smartshield can cover a large area with a low output power. If the covered diameter is 40 meters, a conventional jammer needs 1W when Smartshield only needs 2mW. In outdoor situation, a “stupid“ jammer may need 16- 20W or more to cover a 60 meters diameter area when Smartshield needs 0.5W.

2. Smartshield can choose targets to shield. When Smartshield works, selected mobile phone can communicate normally, but the others unauthorized subscribers are disconnected and cannot communicate (this will not show up on their phone display).

3. The inverse operation, blocking only selected individual phones, can be helpful too, e.g. during a hostagetaking scenario.

Smartshield mobile phone communication shield can be employed in various circumstances such as:

1. Sensitive meeting: to avoid incoming calls frequently interfering with the meeting, Smartshield can shield the mobile terminals in the meeting, but allow VIPs still to communicate normally.

2. Up to 4000 numbers can be entered into Smartshield to be allowed to communicate through the created electronic shield.

The output power of Smartshield is from 0.1mW-16W, and can be adjusted as needed. Adjusting the output power can bring the covered area from 20 meters to distances up to several kilometers.

The exact coverage area should be tested with the supplied test mobile phone operating in engineering mode.

The Smartshield system is available in several versions and configurations.
The specific number of 3G/ UMTS, CDMA and Smartshield jammers required for complete coverage depends on the cellular network providers present at your site. Smartshield can work continuously. Generally, it is powered from 220VAC. If necessary, a special battery kit (28VDC) can be provided as option.
Smartshield components come in a standard 19’’ cabinet or in large ruggedized carrying case.

Smartshield can be supplied with optional accessories:

  • Additional antennas
  • Auto-rise mast
  • Car-loaded power supply system
Monday, 27 April 2009 08:11

Silence

Miniature portable dual-band GSM signal detector with various alarms.

Ever increasing prevalence of cellular phones today causes less desired ethical and technical situations in places where use of mobile phones is not desirable.

But is there a feasible way to regulate the use of portable phones? In many cases relying only upon the cooperation of mobile-phone users does not prove to be too satisfactory and sometimes it is even necessary to prevent the very possibility of unauthorised mobile communication in the respective place. Perfect devices for such purposes are the "Silence" cellular phone detectors.
These new innovative detectors have been developed to guide cellular phone use e.g. in conference rooms, aeroplanes, hospitals, computer rooms and theatres.

The surface-mounted, miniaturised construction provides variety of applications, ranging from a fixed wallmounted to a portable device. Optional directed antenna is available for limiting the monitored area.

The Silence GSM detector family provides wide variety of alarm signalling: remote or built-in LED indicator and sound alarm, pre-recorded warning message, electric contact for centralised security systems and miniature vibrator, as well. A unique, combined analogue and digital filtering method is used for achieving a high level sensitivity with minimal false alarm rate. Adjustable sensitivity helps with fine regulation of the monitored area. The "Silence" GSM-phone detector reacts to the cellular phone's transmission to contact the base station during initialising or receiving calls and regular updating of service data as long as the phone power is switched on. From reduced distance the detector is able to alarm the talks started out of the monitored area.

Technical Specifications:

Operating Band: 900/1800 MHz GSM

Operating Range:
-up to 30 m for incoming or outgoing calls, depending on type of antenna
-min. 2 m for continuous transmission, depending on output power of the cellular phone

Battery Type: 6LR61 9V Battery

Size (H×W×D): 95×60×23 mm

Weight: 0.11 kg (incl. battery)

No radiating radio frequency oscillators inside.

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