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Protection & Optimization

 


SP4M

  • Telephone, PABX, facsimile, broadband modem surge suppressor

Powermizer

  • Power factor correction, surge protection for power and telecommunications

Strike Guard

  • Surge protection for power and telecommunication lines

 

A direct lighting hit, while the most famous, is also one of the least common source of surges. The switching of large, nearby electrical equipment such as transformers, compressors and motors even or vending machines can cause surges that will either instantly or gradually damage your equipment. In fact, when power is restored after a blackout, a huge voltage surge occurs. This is why light bulbs tend to blow during restoration of power supply.

Surges aren't limited to power lines. A rise in potential in one of the twisted pair lines will cause a surge in the other line. This is known as differential mode surge. Common mode surges, on the other hand, occurs when the potential of a wire rises significantly above ground potential. Should lightning strike near a telephone cable, thousands of volts are induced. Common mode surges usually cause more damage.

 

 

SP4M

 

The SP4M (Surge Protection 4 Modems) is designed to protect broadband modems, telephones and facsimiles against surges, with no interference in the communication signal. The SP4M comes in a high quality anodized aluminium casing with LED indications to ensure the correct connection and monitor the unit's health.

 

 

Technical Specifications:

Model

SP4M

Service Voltage

130 V RMS

Clamping Voltage

200 V / 130 V

Response Time

Stage 1: < 1 ns

Stage 2: < 25 ns

Energy Dissipation

Stage 1: 600 W

Stage 2: 42.5 J

Surge Current

3500 A / line

Standard

UL 497 A

Connectors

RJ 11 (2 lines)

Operating Temperature

- 40 oC to + 85 oC

 

 

Powermizer

 

The Powermizer stands for "Power Optimizer." True to its name, it protects your electrical and telecommunication equipment from surges, which correcting the overall power factor of the system. Simply plug the Powermizer into the socket outlet closest to the distribution board, and enjoy instant rewards. Essential equipment are protection from damaging surges, protecting you from losses caused by replacement and downtime. Also, power factor correction eliminates losses caused by high inductive current. Fluorescent lamps and air conditioning units are among the most common source of inductive current. Installation of a Powermizer will help reduce this current, translating into savings that are reflected instantly on your utility bill. Besides that, say goodbye to the black stains on fluorescent lamp holders caused by the excessive heat generated by the losses that were previously encountered by these lamps.

  Technical Specifications:

Model

PM 2401-S

Phase

Single

Voltage

240 VAC

Frequency

50 Hz

Operating Temperature

-25 oC to + 85 oC

Power Cord Rating

MS589: Part 1: 1997

Power Plug

Square Pin B.S. 1362

Casing

Extruded Aluminium Casing - 6063 - T5

Colour

Natural anodized B.S. 1615

Surge Protection Standard

CAN / CSA - C22.2 No. 1-94

Application

Electrical

Telecommunication

Max Clamping Voltage (8/20 µs)

710 V (IP = 50A)

355 V (IP = 5A)

Max Energy Absorption (10/1000µs)

102.0 J

6.0 J

Max Surge Current

6500 A

500 A

 

 

Strike Guard

 

Considered the "little brother" of the Powermizer, the Strike Guard offers all the protective features of the Powermizer at a fraction of the price. Guaranteed to protect all your sensitive equipment from all surges and spikes, short of a direct hit. Plug the Strike Guard into the first socket outlet closest to the distribution board to ensure proper protection for the entire house, office, or installation.

 

Technical Specifications:

Model

SG 2401-S

Phase

Single

Voltage

240 VAC

Frequency

50 Hz

Operating Temperature

-25 oC to + 85 oC

Power Cord Rating

MS589: Part 1: 1997

Power Plug

Square Pin B.S. 1362

Casing

Extruded Aluminium Casing - 6063 - T5

Colour

Natural anodized B.S. 1615

Surge Protection Standard

CAN / CSA - C22.2 No. 1-94

Application

Electrical

Telecommunication

Max Clamping Voltage (8/20 µs)

710 V (IP = 50A)

355 V (IP = 5A)

Max Energy Absorption (10/1000µs)

102.0 J

6.0 J

Max Surge Current

6500 A

500 A

Output

Nil

RJ 11 Twin

Connection

Shunt

Internal Insulation Strength

20 kV (RMS) at 60 oC

Max Average Power Dissipation

0.4 W

 

 Copyright Sulfarid Technologies 2005