Cable Locator vs Pipe Locator: What Can ES7080 Detect? Malaysia

Cable Locator vs Pipe Locator: What Can ES7080 Detect? Malaysia

Is the FUZRR ES7080 a Cable Locator, a Pipe Locator, or Both?

The FUZRR ES7080 Underground Utilities Locator is designed for locating both:

UNDERGROUND CABLES

and:

UNDERGROUND METALLIC PIPELINES.

That means it should not be positioned only as an:

Underground Cable Locator

because its actual application range is broader.

A more accurate product description is:

UNDERGROUND CABLE & METALLIC PIPE LOCATOR

The ES7080 supports pipeline path detection, underground cable tracing, depth measurement, cable identification and related utility locating work.

But the important word is:

METALLIC

The ES7080 does not automatically detect every object underground.

It depends on whether a suitable electromagnetic locating signal can be established on the target.

1. What Is the Difference Between a Cable Locator and a Pipe Locator?

In practical underground utility work, the underlying locating principle can be very similar.

A conductive underground cable:

Electrical Cable ━━━━━━━━━━━━━━━━━━━━━━━━━━

and a conductive metallic pipe:

Metal Pipe ━━━━━━━━━━━━━━━━━━━━━━━━━━

can both carry or respond to an electromagnetic locating signal.

The receiver then follows the resulting electromagnetic field above ground.

Conceptually:

RECEIVER ↓ │ ──────────────────────────────── Ground │ ))) FIELD ((( │ Target ━━━━━━━━━━━━━━━━━━━━━━━━

The instrument is not “seeing” the buried object.

It is detecting the electromagnetic response associated with the conductive target.

2. So Why Are Some Products Called Cable Locators and Others Pipe Locators?

Often, the name reflects the main market or application.

For example:

Electrical contractor

may say:

Cable Locator

while:

Water utility contractor

may say:

Pipe Locator

and a civil contractor may say:

Underground Utility Locator

But the hardware may be designed to locate multiple conductive utility types.

For ES7080, the manufacturer's documentation specifically includes both underground cables and metallic pipelines.

Therefore, the broadest accurate term is:

UNDERGROUND UTILITIES LOCATOR

3. What Can ES7080 Detect?

According to the manufacturer's stated application, ES7080 is intended for:

underground cables

and:

metallic pipelines.

Potential examples include suitable conductive:

power cables,

metal water pipes,

metal industrial pipelines,

other buried conductive pipelines

and similar utilities where a usable locating signal can be established.

But target construction and site conditions still matter.

4. Can ES7080 Detect Underground Electrical Cable?

Yes.

Cable locating is one of the main ES7080 applications.

The system provides:

Direct Connection

Clamp Coupling

Induction

as transmitter signal-output methods.

It also provides passive detection options for regional cable searching.

5. Can ES7080 Locate an Operating Power Cable?

Potentially, yes.

The receiver supports passive power-frequency detection at:

50Hz

60Hz

250Hz.

This can be useful when searching for operating underground cables without initially connecting a transmitter.

But:

PASSIVE POWER RESPONSE DOES NOT AUTOMATICALLY IDENTIFY THE CABLE.

Another conductive utility can carry induced power-frequency current.

So a 50Hz response does not prove:

utility ownership,

voltage,

or:

that it is definitely a power cable.

6. Can ES7080 Locate an Out-of-Service Cable?

Potentially, yes.

An out-of-service cable may not produce a useful passive power-frequency signal.

In that situation, a controlled active locating signal can be applied where safe and suitable.

For suitable offline cable locating, the manual describes Direct Connection and discusses Core-Earth Connection as a preferred arrangement for path detection and cable identification.

This is an important advantage over a locator that depends only on passive power-frequency detection.

7. Can ES7080 Locate Underground Metallic Water Pipe?

Yes, potentially.

The manufacturer specifically states that the system is suitable for locating metal pipelines.

For example:

Steel Water Main ━━━━━━━━━━━━━━━━━━━━━━━━━━

A suitable metallic water pipe can potentially be traced by applying or inducing a locating signal.

The locator is detecting the metallic pipe.

It is not detecting the water itself.

8. Can ES7080 Locate a Pipe With No Water Inside?

Potentially, yes.

The presence of water is not the main requirement.

For example:

Empty Steel Pipe ━━━━━━━━━━━━━━━━━━━━━━━━━━

is still metallic and conductive.

From the locator's perspective, the important question is:

CAN THE PIPE CARRY OR RESPOND TO A LOCATING SIGNAL?

not:

IS WATER FLOWING THROUGH IT?

9. Can ES7080 Locate PVC Pipe?

Not directly in the same way as a metallic pipeline.

A normal:

PVC,

HDPE,

PE

or other non-conductive plastic pipe does not inherently provide the conductive target required for conventional electromagnetic pipe locating.

Therefore, do not advertise:

“ES7080 detects all underground plastic pipes.”

The available manufacturer documentation does not support that claim.

10. What About Plastic Pipe With a Tracer Wire?

If a plastic pipe has a suitable conductive tracer wire installed with it, then the locating target becomes:

THE TRACER WIRE

rather than the plastic pipe itself.

Conceptually:

Plastic Pipe ══════════════════════════════ Tracer Wire ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━

The ES7080 documentation available here does not provide a dedicated tracer-wire operating section, so actual use should follow the installation and manufacturer procedures.

But the electromagnetic principle is different from directly detecting plastic.

11. What About Sonde Locating?

A sonde is another type of locating target.

Instead of tracing a conductive pipeline along its entire length, a small active transmitter can be pushed through a duct or pipe.

The receiver then finds the sonde position.

However, the standard ES7080 packing information available here does not list Sonde + Rodding as standard equipment.

So MTM Precision should not claim:

SONDE + RODDING INCLUDED

unless that accessory is separately confirmed.

12. What About Flexitrace?

Similarly, Flexitrace is not listed in the standard packing information available in the ES7080 documentation.

Therefore:

FLEXITRACE SHOULD NOT BE PRESENTED AS A STANDARD ACCESSORY

unless included in a separately quoted package.

This distinction matters because customers may assume every pipe-locating accessory is included when they hear “pipe locator.”

13. What About Concrete Reinforcement?

The ES7080 is not positioned by the manufacturer as a dedicated rebar scanner.

Its stated application is underground cable and metallic-pipeline locating.

If the customer's actual requirement is:

“Find reinforcement bars inside a concrete slab.”

a dedicated rebar/concrete inspection instrument is a different category.

The ES7080 should not be sold as a replacement for such equipment.

14. What About Non-Metallic Underground Objects?

The available manufacturer information does not support general detection of:

plastic pipes without tracer,

concrete pipes without a conductive target,

underground voids,

timber,

or:

all buried objects.

This is an important sales qualification.

A utility locator is not:

“SEE EVERYTHING UNDERGROUND.”

15. ES7080 Uses Three Main Active Signal Methods

For conductive cables and metallic pipelines, ES7080 provides:

DIRECT CONNECTION

CLAMP COUPLING

INDUCTION.

These methods allow the operator to choose the most suitable way of getting a locating signal onto the target.

16. Direct Connection: Best When a Suitable Target Is Accessible

The ES7080 manual states that Direct Connection provides the maximum transmitting current and should be used as far as possible where suitable.

This generally gives better target selectivity.

For example:

TARGET PIPE ●━━━━━━━━━━━━━━━━━━━━━━━━━━━━ ↑ Active signal applied selectively

or:

TARGET CABLE ●━━━━━━━━━━━━━━━━━━━━━━━━━━━━ ↑ Active signal applied selectively

The more selective the signal application, the easier it becomes to distinguish the target from nearby utilities.

17. Clamp Coupling: Useful When the Target Is Accessible

Clamp Coupling uses the transmitter clamp to couple a locating signal onto a suitable accessible cable or conductor without direct electrical connection to the conductor.

The ES7080 transmitter clamp has an internal diameter specification of approximately:

φ125mm.

Actual suitability depends on:

target size,

access,

grounding conditions

and installation arrangement.

18. Induction: Useful When There Is No Exposed Point

The manual describes Induction for situations where the target pipeline has no exposed point and particularly for exploratory locating before excavation.

The transmitter is placed over the expected utility area and induces a locating signal without physical connection.

This can be useful for:

unknown cable corridors,

unknown metallic pipe routes,

pre-excavation surveys

and situations where access is unavailable.

19. But Induction Is Less Selective

This is one of the most important differences.

Suppose there are three conductive utilities:

Power Cable ━━━━━━━━━━━━━━━━━━━ Water Pipe ━━━━━━━━━━━━━━━━━━━ Gas Pipe ━━━━━━━━━━━━━━━━━━━

Induction may energize more than one.

Therefore:

INDUCTION CAN HELP FIND UTILITIES

but it may not tell you:

WHICH ONE IS YOUR TARGET.

20. Cable Locator vs Pipe Locator: The Same Signal Can Affect Both

This is why the same ES7080 can be used for both categories.

An induced signal does not care whether the conductor is commercially called:

a cable

or:

a pipe.

If both are conductive, both can potentially respond.

That is why field interpretation is so important.

21. Passive Detection Is More Cable-Oriented

The passive Power functions are particularly useful around operating electrical cables.

ES7080 supports:

50Hz, 60Hz and 250Hz passive power-frequency detection.

Metallic pipes can also sometimes carry induced power-frequency current.

Therefore, even passive Power response cannot be treated as proof of utility type.

22. Passive RF Can Detect Some Metallic Utilities

Passive RF provides another regional-search method.

Some metallic pipelines that do not show a useful power-frequency response may still carry induced radio-frequency energy.

Thus:

PASSIVE POWER = ONE SEARCH CHANNEL

PASSIVE RF = ANOTHER SEARCH CHANNEL

Neither automatically identifies the utility.

23. Cable Identification Is a Special Function for Cables

This is one area where the cable application becomes more specialized.

ES7080 includes:

CABLE IDENTIFICATION

with support for:

1–20 calibrable cables.

The flexible receiving current clamp is used to evaluate candidate cables.

The system can mark:

√ = TARGET

and:

× = NON-TARGET.

This is not the same as ordinary underground route tracing.

24. Cable Identification Does Not Turn the ES7080 Into a “Cable Only” Instrument

The dedicated cable identification function adds an electrical-cable-specific capability.

But the route-locating functions are still intended for both:

underground cables

and:

metallic pipelines.

So commercially, ES7080 sits in the broader utility-locator category.

25. Live Cable Identification Has a Specific Limitation

The manufacturer states that live cable identification is applicable only to:

THREE-CORE ARMORED CABLES.

This limitation applies to the dedicated live cable identification function.

It should not be incorrectly interpreted as:

“ES7080 can only locate three-core armored cables.”

Route locating and live cable identification are different functions.

26. Wide Peak Works for Both Cable and Pipe Tracing

ES7080 provides Wide Peak response.

The manufacturer describes it as a higher-sensitivity, broader response mode useful for general locating.

Whether the target is:

Cable ━━━━━━━━━━━━━━━━━━━━━

or:

Pipe ━━━━━━━━━━━━━━━━━━━━━

Wide Peak can be used to establish the general route.

Think:

WIDE PEAK = FIND & FOLLOW

27. Narrow Peak Helps Separate Parallel Utilities

Suppose:

Cable A ━━━━━━━━━━━━━━━━━ Water Pipe B ━━━━━━━━━━━━━━━━━ Cable C ━━━━━━━━━━━━━━━━━

The manufacturer describes Narrow Peak as having a steeper response useful for distinguishing parallel pipelines.

So:

NARROW PEAK = SEPARATE & REFINE

This is useful regardless of whether the neighboring utility is a cable or pipe.

28. Sound Valley Provides Another Positioning Check

Sound Valley identifies a response minimum over the target in an ideal electromagnetic field.

Conceptually:

PEAK ↓ ─────────●───────── ↑ VALLEY │ TARGET

If Peak and Sound Valley approximately coincide, the field is more consistent with an undistorted target position.

If they do not, the operator should investigate.

29. Signal Distortion Can Affect Both Cables and Pipes

ES7080 includes:

SIGNAL DISTORTION MEASUREMENT MODE.

A nearby:

metal pipe,

electrical cable,

grounding conductor,

or other conductive object can distort the target field.

Therefore, even a correctly energized pipe can appear offset if the surrounding electromagnetic field is distorted.

30. Strongest Signal Does Not Identify Utility Type

Suppose:

Shallow Cable 0.5m ━━━━━━━━━━━━━━━━━━━━━━ Target Water Pipe 1.5m ━━━━━━━━━━━━━━━━━━━━━━

The cable may appear stronger simply because it is shallower.

So:

STRONGEST SIGNAL ≠ WATER PIPE

and:

STRONGEST SIGNAL ≠ TARGET CABLE

Signal amplitude is only one part of the evidence.

31. ES7080 Also Measures Pipeline Current

The receiver provides pipeline current measurement over:

0–1A.

Current information can help the operator compare candidate routes and assess whether the receiver is still following the same energized target.

This can be useful for both cable and metallic-pipeline tracing.

32. Current Direction Provides Further Target Verification

Current Direction Determination is available at:

640Hz

1.28kHz

2.56kHz

3.20kHz.

Its purpose is to help distinguish the calibrated target current from adjacent-line interference.

This can be valuable in a congested utility corridor containing both pipes and cables.

33. Example: Factory Utility Corridor

Consider:

Cable A ━━━━━━━━━━━━━━━━━━━━━ Water Pipe B ━━━━━━━━━━━━━━━━━━━━━ Cable C ━━━━━━━━━━━━━━━━━━━━━ Metal Pipe D ━━━━━━━━━━━━━━━━━━━━━

A receiver may detect responses from several routes.

The correct question is not:

“Which one is a cable and which one is a pipe based on signal strength?”

The locator cannot reliably make that classification automatically.

Instead:

trace the route,

compare current,

use Current Direction where applicable,

use Narrow Peak,

evaluate Signal Distortion,

and verify against accessible target information.

34. Frequency Selection Applies to Both Pipes and Cables

ES7080 provides 11 active frequencies:

640Hz

1.28kHz

2.56kHz

3.20kHz

4.09kHz

8.19kHz

10.2kHz

32.7kHz

65.6kHz

81.9kHz

197kHz.

The best frequency depends on:

route length,

target resistance,

adjacent utilities,

signal method

and site conditions.

35. General Cable Starting Frequency

For general active cable detection:

3.20kHz

is a practical starting frequency according to the manufacturer's guidance.

It also supports Current Direction.

36. General Pipeline Frequency

For general pipeline locating, the manufacturer's guidance also identifies:

8.19kHz

as a possible pipeline frequency depending on conditions.

For longer-distance pipeline tracking, lower frequencies such as:

640Hz–3.20kHz

may be preferable where suitable.

37. Higher-Resistance Pipelines May Need Higher Frequency

For higher-resistance conductive targets, the manufacturer's guidance discusses frequencies such as:

32.7kHz

65.6kHz

81.9kHz

and:

197kHz.

Examples mentioned in the guidance include more difficult conductive paths such as:

cable cores,

cathodically protected pipelines,

and:

cast-iron pipelines.

38. Higher Frequency Can Increase Unwanted Coupling

The trade-off is important.

Higher frequency may be easier to couple onto a difficult target.

But it can also couple more readily onto adjacent conductive utilities.

Therefore:

MORE SIGNAL DOES NOT AUTOMATICALLY MEAN BETTER LOCATING.

When normal locating works, the manufacturer generally favors using lower suitable frequencies.

39. Induction Frequencies Are Different

ES7080 Induction supports only:

32.7kHz

81.9kHz

197kHz.

Do not use the general 3.20kHz cable-locating recommendation as an Induction frequency.

40. Detection Distance and Depth Are Not the Same Thing

Another common customer question is:

“How deep can this cable and pipe locator detect?”

The ES7080 specification lists pipeline measurement depth:

0–20m.

But this is a measurement-depth range, not a universal guaranteed detection depth for every target and every method.

Actual locating depends on:

target material,

signal strength,

burial conditions,

frequency,

grounding,

interference

and many other factors.

41. Induction Has a Separate Suitability Figure

The manufacturer describes Induction as suitable for cables buried less than approximately:

2m.

Therefore, do not combine these two specifications into:

“Induction can detect all pipes and cables at 20m.”

The documentation does not support that claim.

42. Depth Measurement Applies After the Route Is Confirmed

Whether the target is a:

cable

or:

metal pipe,

the correct sequence is:

FIND

↓

TRACE

↓

VERIFY

↓

CENTRELINE

↓

DEPTH

Do not take a depth reading from the first strong signal and assume it belongs to the intended utility.

43. Automatic Depth Should Be Treated as Reference

For stricter pipeline exploration, the manual says automatic real-time depth should be treated as a reference.

The ES7080 manual also gives:

Sound Valley 45°

and:

Wide Peak 80%

depth methods.

44. Use the 0.5m Depth Verification Check

Suppose the receiver shows:

1.40m

Raise the receiver approximately:

0.50m

and repeat.

If the new reading increases to approximately:

1.90m

the result is more credible according to the manufacturer's verification method.

This check is useful whether the target is a cable or metallic pipe.

45. Avoid Important Depth Measurements at Turns and T-Junctions

The manufacturer advises avoiding depth measurement near:

turns

and:

T-connections

and moving around:

5m away where possible.

This is particularly relevant to pipe networks because they often contain many branches.

46. Cable Route vs Pipe Network

A cable often runs:

Source ━━━━━━━━━━━━━━━━━ Load

while a pipeline may have:

━━━━━ Branch │ ━━━━━━━━━━━━┼━━━━━━━━━━━━ │ ━━━━━ Branch

Therefore, pipe locating may require more attention to:

tees,

branches,

valves

and divided signal current.

The locator can trace the conductive route, but the operator still needs to understand the network geometry.

47. Can ES7080 Find a Pipe Leak?

This is a different question.

The ES7080 is a route and depth locator for suitable conductive utilities.

The available manufacturer documentation does not position it as a water-leak detector.

So:

LOCATING THE WATER PIPE ≠ DETECTING THE WATER LEAK

A leak-detection instrument is a different tool category.

48. Can ES7080 Tell Whether a Buried Object Is a Cable or Pipe?

Not automatically.

The electromagnetic response alone does not give the receiver a label saying:

THIS IS WATER PIPE

or:

THIS IS TNB CABLE

Identification of utility type normally requires supporting information such as:

known connection point,

drawings,

route destination,

surface fittings,

active signal application

and site records.

49. Can ES7080 Determine Utility Ownership?

No.

It cannot automatically determine whether a detected line belongs to:

TNB,

a factory,

a water utility,

telecommunications provider,

or another owner.

The locator finds and traces detectable conductive utilities.

Ownership must be confirmed separately.

50. Best Way to Explain ES7080 to a Customer

Instead of saying:

“This machine detects any cable or pipe underground.”

say:

“The FUZRR ES7080 is designed to locate underground cables and metallic pipelines. It uses passive and active electromagnetic locating methods, including Direct Connection, Clamp Coupling and Induction. Non-conductive plastic pipes normally require a conductive tracer, sonde or another suitable locating method.”

That description is both:

MORE ACCURATE

and:

MORE PROFESSIONAL.

Cable Locator vs Pipe Locator — Practical Comparison

FeatureUnderground CableMetallic PipeES7080 route locatingYesYesDirect ConnectionYes, where suitableYes, where suitableClamp CouplingYes, where conditions allowDepends on target/accessInductionYesYes, conductive targetPassive PowerUseful especially for operating cableMay respond to induced currentPassive RFPossiblePossibleWide / Narrow PeakYesYesCurrent MeasurementYesYesCurrent DirectionSupported frequenciesSupported frequenciesDepth MeasurementYesYesDedicated Cable IdentificationYesNot a pipe-ID functionPVC / HDPE direct detectionNo normal conductive targetNo normal conductive targetDetect water leakNoNoDetermine utility ownershipNoNo

What ES7080 Is Well Suited For

The ES7080 is particularly relevant for:

Electrical Contractors

Underground feeder and power-cable route tracing.

Civil Contractors

Pre-excavation utility survey.

Factory Maintenance Teams

Tracing buried electrical and metallic-service routes.

Utility Maintenance

Locating conductive pipelines and cable routes.

Roadworks Contractors

Identifying underground utilities before trenching, boring or cutting.

Industrial Plants

Separating congested parallel metallic utilities.

What ES7080 Should Not Be Sold As

Do not position it as:

A universal plastic-pipe detector

A water-leak detector

A rebar scanner

Ground-Penetrating Radar

A device that identifies TNB ownership automatically

A “safe to excavate” button

A machine that sees every underground object

These claims are not supported by the available manufacturer documentation.

Practical Utility Detection Workflow

Whether the target is a cable or metallic pipe:

STEP 1 — IDENTIFY THE LIKELY TARGET TYPE

Cable?

Metal pipe?

Plastic pipe?

Unknown?

STEP 2 — REVIEW AVAILABLE DRAWINGS AND ACCESS POINTS

STEP 3 — USE PASSIVE REGIONAL SEARCH IF ROUTE IS UNKNOWN

STEP 4 — MARK ALL REPEATABLE CANDIDATE ROUTES

STEP 5 — APPLY A TARGETED ACTIVE SIGNAL WHERE POSSIBLE

STEP 6 — SELECT A SUITABLE FREQUENCY

STEP 7 — TRACE CONTINUOUSLY

STEP 8 — USE NARROW PEAK IN CONGESTED AREAS

STEP 9 — COMPARE PIPELINE CURRENT

STEP 10 — USE CURRENT DIRECTION WHERE APPLICABLE

STEP 11 — CHECK SIGNAL DISTORTION

STEP 12 — CONFIRM CENTRELINE

STEP 13 — MEASURE AND VERIFY DEPTH

STEP 14 — MARK THE ROUTE

STEP 15 — CONFIRM UTILITY TYPE AND OWNERSHIP THROUGH SEPARATE SITE INFORMATION

Frequently Asked Questions

Is FUZRR ES7080 a cable locator or pipe locator?

Both. The manufacturer positions ES7080 for locating underground cables and metallic pipelines.

Can ES7080 detect water pipe?

Potentially yes if the water pipe is a suitable conductive metallic pipeline.

It does not detect the water itself.

Can ES7080 detect gas pipe?

Potentially, if the buried pipeline is a suitable metallic conductive target and the relevant site safety procedures permit locating work. The instrument does not identify the contents of the pipe.

Can ES7080 detect PVC pipe?

Not directly as an ordinary non-conductive electromagnetic target. A conductive tracer, sonde or other suitable locating method may be needed.

Can ES7080 find electrical cables?

Yes. Underground cable locating is one of its main functions. It supports Direct Connection, Clamp Coupling, Induction and passive locating methods.

Can it tell whether a detected line is cable or pipe?

Not automatically from the receiver response alone. The route must be interpreted using access points, drawings, active signal application and other site evidence.

Can it identify one cable among many?

Yes, ES7080 has a dedicated Cable Identification function supporting 1–20 calibrable cables.

Can ES7080 measure pipe and cable depth?

Yes. The manufacturer specifies a pipeline measurement-depth range of 0–20m, subject to actual locating conditions.

Can it locate plastic pipe if there is a tracer wire?

Potentially the conductive tracer can provide a locating target, but the available ES7080 documentation here does not provide a dedicated tracer-wire procedure. Confirm the actual installation and manufacturer guidance.

The Most Important Lesson

When comparing:

CABLE LOCATOR

versus:

PIPE LOCATOR

do not focus only on the product name.

Focus on:

WHAT KIND OF UNDERGROUND TARGET IS PRESENT?

If the target is conductive:

CABLE ━━━━━━━━━━━━━━━━━━━━━━━━━━ or METALLIC PIPE ━━━━━━━━━━━━━━━━━━━━━━━━━━

the same electromagnetic utility-locating system can potentially trace it.

If the target is:

NON-CONDUCTIVE PLASTIC PIPE ════════════════════════════

without a suitable conductive tracer or transmitter, normal electromagnetic cable/pipe locating does not work the same way.

That is why the most accurate description for the FUZRR ES7080 is:

UNDERGROUND CABLE & METALLIC PIPE LOCATOR

Its real strength is not that it “detects everything underground.”

Its strength is that it gives the operator multiple ways to:

SEARCH

↓

APPLY SIGNAL

↓

TRACE

↓

SEPARATE

↓

VERIFY

↓

MEASURE DEPTH

for suitable underground conductive utilities.

CABLE OR PIPE — THE KEY QUESTION IS WHETHER THE TARGET CAN CARRY A LOCATABLE ELECTROMAGNETIC SIGNAL.

Contact MTM Precision

For FUZRR ES7080 Underground Utilities Locator Malaysia, quotation, technical information and product demonstration:

MTM Precision Sdn Bhd

No. 29-1 & 29-2, Jalan Bandar 18,

Pusat Bandar Puchong,

47160 Puchong, Selangor, Malaysia

Website: www.mtmpre.com.my

WhatsApp: +6016-660 7346

Email: mtmpre@yahoo.com