MarCum M1X True Color sonar unit User Manual

June 1, 2024
MarCum

MarCum M1X True Color sonar unit

MarCum-M1X-True-Color-sonar-unit-PRODUCT

Product Information

  • Specifications
    • Product: M1X 3-Color Ice-Sonar
    • Display Colors: RED, ORANGE, GREEN
    • Interference Rejection: Multi-level IR
    • Water Resistance: Yes

Product Usage Instructions

  • Ice System Set-Up
    • Setting the Transducer for Ice Fishing:
    • Moving the user to a new location.
    • Reading Through Ice
    • Wet the ice with at least a cup of water to improve transducer coupling.
    • Place the transducer on wet ice to view depth and fish on the display.
    • Drill into rough ice or ice with air bubbles if necessary.
  • Operation
    • Use control knobs (Gain & Range) and keypad (IR) and (ZM) to change system functions.
    • An audible beep indicates function activation.
    • Interpret different rings of numbers around the dial based on the range setting.
  • Signal Interpretation
    • The M1X displays small objects like jigs, shots, or swivels.
    • Adjust GAIN to display objects at the desired depth.
    • Denser targets show as RED, less dense as GREEN, and least dense as ORANGE.
    • Moving fish may transition from ORANGE to GREEN to RED within the cone.

FAQs

  • Q: Is the M1X suitable for extreme weather conditions?
    • A: While water and weather-resistant, in extreme conditions, shield the monitor from driving rain and boat spray.
  • Q: What should I do if my M1X gets wet?
    • A: Ensure the system is completely dried out as soon as possible if it becomes wet to prevent any potential harm.

Introduction

  • Thank you for purchasing the MarCum M1X True Color sonar unit.
  • The M1X incorporates all the sonar technology from the flagship VX series, but now features the new Max Brightness and Clarity patented MBC lighting.
  • Still features 1000 watts of peak-to-peak power, patented signal interference rejection, auto-zoom, and target separation down to 2.15 inches.
  • Our goal is to set the industry standard for performance while maintaining the highest level of reliability.
  • Please read this manual carefully before using your M1X system.
  • Only by reading this manual can you realize the maximum benefit from your purchase — enjoy your new M1 sonar system!

General Description

  • The M1X True Color sonar unit utilizes three different colours within its display to differentiate between densities of objects: RED, ORANGE, and GREEN.
  • The use of different colors in defining return signals is meant to be informative in indicating the size of fish, type of bottom or location of weeds.
  • The interpretation of these signals improves with experience and use in the field.
  • The M1X offers multi-level Interference Rejection (IR) from nearby competing units. This is most prevalent in ice-fishing applications where anglers utilizing sonar are often grouped within small areas.
  • Your MarCum is water and weather resistant and is designed to be used in the outdoors, but in extreme weather conditions, care should be taken to shield the monitor from driving rain and boat spray.
  • At no time should the monitor be in direct contact with large amounts of water.
  • Should your M1X become wet, it is unlikely that any harm will come to it, but make sure to get the entire system completely dried out as soon as possible.

Ice System Set-Up

  • Your M1X comes virtually ready to fish. All you need to do is hook up your battery or choice and attach the positive and negative leads from the M1X power cord to the battery.
  • Strap the battery down with the provided velcro strap and you’re ready to fish.
  • The M1X has an electronic shuttle that has recessed compartments for the battery and the single-beam transducer.
  • Take the transducer out of the recessed holder and rotate the adjustable ice arm out from inside the shuttle.
  • The adjustable ice arm allows for maximum flexibility in positioning the M1X around the ice hole.

SETTING THE TRANSDUCER FOR ICE FISHING:

  • When used in conjunction with the retractable pivoting transducer arm and rubber stopper, the
  • M1X’s transducer will automatically level itself in your ice hole. To begin operation, take the transducer out of the recessed holder, and rotate the adjustable ice arm out from inside the shuttle.
  • Extend the transducer arm, (the cable should already be threaded through it with stopper in place) and deploy the transducer into the water.
  • We recommend setting your stopper to have the transducer down the least amount possible.
  • The MarCum M1X puts out enough power that in most cases it is not necessary to have your transducer down more than a few inches below the water line to get a good reading.
  • When the ice thickness is over two feet, it may be necessary to have your transducer set somewhat farther down.
  • Remember–the less transducer cable you have out, the easier it is to pull it out of the water when bringing in a fish or to move to a new location.
  • Under no circumstances should you ever have the ducer below the ice—this can lead to the ducer becoming damaged. It is also important that you keep the cable near the centre of the ice hole.
  • We frequently hear from anglers who allowed their cable to freeze into the side of the ice hole. If this should happen to you, make sure the unit is turned off before attempting to chisel it out. If you accidentally cut the ducer cable, do not try to use that ducer again.

MOVING THE USER TO A NEW LOCATION

  • Being mobile is one of the keys to being successful on the ice.
  • Whenever you move from one spot to another, it is tempting to leave your transducer hanging on the transducer arm.
  • This is likely to lead to failure of the transducer arm and can cause damage to the transducer itself.
  • Always stow the transducer inside the pack when you are moving. Keeping the amount of transducer cord you have out at a minimum will make transporting your M1X easier.
  • Similarly, you may need to quickly remove your transducer from the hole when about to land a fish.
  • We have seen anglers in a panic grab the shuttle itself and toss the entire unit to the side.
  • This is no way to treat any piece of electronics; a much better approach is to simply lift the transducer out of your way by the cord, and the shuttle itself can be gently pushed aside.
  • Whenever you are moving via sled or vehicle, always fold up your transducer arm, stow the transducer inside, and close the protective soft pack.

READING THROUGH ICE

The M1X will provide accurate information reading through ice providing the ice is reasonably clear. Wet the ice with at least a cup of water to improve the coupling of the transducer to the ice. Place the face of the transducer firmly on the wetted ice, and you will now be able to see the depth and fish displayed on your dial. Drilling into the ice 1-2” before taking a reading may be necessary if the surface of the ice is very rough, or if the ice is filled with air bubbles.

Operation

The M1X utilises a combination of control knobs (Gain & Range) and keypad (IR) and (ZM) to change or activate various system functions. The keypad has an audible beep when the key is depressed to indicate that a system function has been activated. The following is an explanation of the various system functions.

  • Range Select – The Range Select knob is used for turning the M1X on or off, as well as choosing the correct depth range. The M1X offers four depth ranges to choose from that can be selected by rotating the knob clockwise. The depth ranges are 20, 40, 80, or 160 feet. The depthrange setting is determined by turning the unit on and turning the Gain knob looking for a solid return (band of light) indicating bottom on the display. If no return is present, then select the 40-, 80-, or 160-foot range until a bottom reading is displayed on the screen.
  • Interpreting the different rings of numbers around the dial- When in the 20’ range, simply go by the white numbers. When in the 40’ range, use the outer white numbers, but multiply x 2 to determine your depth [13 on the dial = 26 feet]. When on the 80’ range, use the red numbers. When in the 160’ range, use the red numbers x 2. The innermost numbers are for the split-screen zoom, and they are used similarly.
  • Gain Knob – The Gain knob controls the amount of sensitivity required by the unit to pick up objects like bottom, weeds, fish, smaller bait fish, or small lures and jigs. The lower the number, the less sensitivity, conversely higher numbers mean more sensitivity. However, too much Gain (sensitivity) will result in too much information being displayed, and it becomes difficult to interpret the return signals. The best Gain setting is achieved by turning up your Gain from 0 until you receive a clear and steady bottom reading. If you’re looking for your lure or bait, turn up the gain until you just begin to display your bait without it fading or flickering on the screen. The lower the sensitivity, the narrower the display segments, the easier it is to distinguish targets. We cannot emphasize this strongly enough. Too much Gain will only clutter the display with unnecessary information, making it more difficult to interpret the return signals. Keeping the Gain at minimum levels will provide you with the most accurate and precise information.
  • Interference Rejection – The Interference Rejection system is designed to knock out competing return signals from other sonar units being used within proximity. When other sonar units are causing interference to the display of the M1X, activate the IR feature by depressing the IR key located on the face of the M1X. When you press the key, a beep will be heard. There are multiple levels of interference rejection, and each press of the key will change the level of Interference Rejection. The correct level of IR will be achieved when the display is clear of display clutter. In some extreme cases, clutter will be greatly reduced but not eliminated. It is recommended that only one person in a group adjust the interference rejection at a time.
  • Zoom – The M1X is equipped with a “bottom zoom” feature. When the ZM key is depressed the circular display is divided in half. The right half of the display (12 to 6 o’clock on the dial) will become the entire depth range (20, 40, 80, or 160 feet) you chose when turning the depth range knob to your desired depth setting. This will be indicated by a red light at the zero mark (noon) and another red light at 6 o’clock. These will be stationary and will not move while in the Zoom mode. The backside of the display (6 to 12 o’clock) is the other half of your split-screen display. This is the Zoom window portion. The M1X comes with a bottom zoom that displays the bottom 5 feet in an expanded view. This expanded view of the bottom 5 feet is what is displayed on the left side of the split screen display (6 to 12 o’clock). For the Zoom to be activated, you must have a strong bottom return signal (Red) that equals or exceeds one foot on the display dial. If a strong return signal is not achieved (this can happen if fishing over a very soft bottom or when trying to activate the zoom out of the water) the unit will not go into the Zoom mode. If the unit will not go into zoom mode, turn the GAIN up to 10, this will make the bottom signal very strong. Once the ZOOM has been activated, turn the GAIN back down to a normal operating level.

Signal Interpretation

  • Hard-bottom readings (rock or gravel) will be displayed by a wide band of RED light indicating a strong return signal. Conversely, a soft bottom (mud or silt) will return a weaker signal and will result in a narrower RED band or possibly even a combined RED and GREEN band. A soft bottom with weed growth will often appear as a narrow RED or GREEN band combined with both solid and broken ORANGE segments indicating weeds. Any fish in the weeds may show as RED or GREEN depending on fish size and relationship within the transmit beam (in the middle or on the outside of the transmit signal).
  • Reading Fish – Fish will generally appear as separate targets from the bottom. A fish target can be displayed as RED, ORANGE or GREEN, depending on the size of the fish and the location within the transmit beam. Larger fish located in the centre of the beam (cone) can appear RED and will be displayed as a wider band on the display. Smaller fish or fish on the outside of the cone may appear ORANGE or even GREEN. Fish moving through the transmit beam may change colour as the return signal strengthens or weakens reflecting their location. Fish that are right on the bottom can appear as part of the bottom. The best indication of a fish sitting right on the bottom is that the leading edge of the bottom return signal is either ORANGE or possibly a dithering or flickering RED segment. The GAIN or sensitivity must be kept to a minimum when displaying a strong bottom return. Too much GAIN will flood out the ability to differentiate targets and clutter the display. Fish – Fish will generally appear as separate targets from the bottom. A fish target can be displayed as RED, ORANGE or GREEN, depending on where the fish is located within the cone.
  • Reading Your Jig – The M1X will pick up and display small objects like jigs, split shots, or swivels. When tuning the unit to display your lure or bait, lower the object to the desired depth and turn up the GAIN until you see the jig on the display. The GAIN must be set so it displays the jig as you raise or lower it. Sound waves emitted by the M1 bounce off targets and return with the strength of the targets’ density. Denser targets return with a stronger signal, displayed as RED. Less-dense objects (small fish) return a medium-strength signal, displayed as GREEN. The least dense objects (weeds, baitfish, lure) return a weak signal, displayed as ORANGE. Objects on the edge of the sound cone may appear as ORANGE. A fish moving through the cone may appear first as ORANGE then GREEN, then RED, depending on where the fish is located within the cone.
  • NOTE: Too much GAIN will cause clutter and may make it difficult to distinguish other targets like fish near the bottom. When tuning the unit to display lures or bait, make sure that the objects are in the centre of the hole and therefore in the centre of the transmit beam. If there’s a water current (some lakes have underwater current or movement) and the lure doesn’t weigh much, it may move to the outer edge of the signal or out of the transmit beam altogether. This will make it difficult or impossible to pick it up on the display.
  • Dead Zone – All sonar units will have a dead zone in certain circumstances. This occurs on sharp drop-offs where the transmit beam (cone) hits the shallower edge of the drop-off and returns before the deeper edge returns. This in effect creates an un-displayed area between the shallower and deeper water within the transmit beam.

Product Performance Specifications

  • Output Power 1000 watts peak to peak
  • Depth Ranges 20, 40, 80, & 160 feet
  • Transmit Frequency 200 KHz
  • Current Draw 250 mA
  • Operating Voltage 10.5 to 15 volts (12-volt DC)
  • Display Colors Red, Orange, Green
  • Transducer Cone Angle 20 degrees (all transducers)
  • Target Separation 2.15 inches (20-foot depth scale)

WARRANTY

WARRANTY – SONAR

  • MarCum warrants this product to be free from defects in materials and workmanship for two years from the date of purchase.
  • This warranty applies to customers who properly complete the online product registration form found on the MarCum Technologies Website: www.MarCumTech.com/support.
  • MarCum Technologies will repair or replace any components that fail in normal use.
  • Failures due to abuse, misuse, unauthorized alteration, modification, or repair are not covered.
  • The warranty is valid only for the original owner who purchases the unit from an authorized dealer. An original sales receipt dated within the warranty period is required for all warranty claims.

HOW TO OBTAIN SERVICE

  • If your system is malfunctioning, check the troubleshooting section of our website. You may find that the solution to your problem is something you can resolve yourself. If you need to send it in, there is no need to contact our office. Getting repairs made is as simple as going to our website, www.MarCumTech.com clicking the support tab and then filling out the MarCum Warranty Claim.
  • If your system is under warranty, be sure to attach a picture/scan of your proof of purchase with the date included. If your system is out of warranty, we have a flat rate fee that will cover the cost of repairs, including parts and labour. You will find the non-warranty claim on our support site.
  • Once you have completed and submitted the warranty claim, package the unit as described on the website and ship it to us.
  • Some people are more comfortable calling for shipping instructions. During peak ice season, we sometimes receive a high volume of calls, making it impossible to get to all customers who phone in. For this reason, strongly consider using the online forms at www.MarCumTech.com/Support or using the “Live Chat” option.
  • OUR ADDRESS: MARCUM TECHNOLOGIES
  • ATTN: SERVICE DEPT. 3943 QUEBEC AVE NORTH MINNEAPOLIS, MN 55427
  • Please send your email inquiries to service@MarCumTech.com.
  • If you are unable to use email or the internet, you may call us at 763-512-3987.
  • Our office hours are Monday – Friday, 8 – 4 Central Time. International callers may use 888-778-1208.

The customer is responsible for shipping costs associated with returning the unit to MarCum Technologies. MarCum will pay for shipping the repaired unit back to the customer while it is still under warranty. All out-of-warranty services will be charged a fee for service and shipping which must be paid in advance. The unit should be securely packed and shipped “pre-paid freight” and insured to MarCum Technologies. It is the customer’s full responsibility to track the products sent out in the mail or other forms of delivery service. MarCum Technologies will not be liable for packages lost en route to us. Unless specified otherwise, do not include batteries or other accessories when returning the product for repair. MarCum Technologies will not be responsible for lost or damaged accessories. Turnaround time can vary, on average it is about 1 week.

References

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