Related Manuals for Samlexpower SEC-1280UL
Summary of Contents for Samlexpower SEC-1280UL
- Page 1 Owner's switch Mode, MoDeLS: automatic, lead SeC-1280UL Manual acid Battery SeC-2440UL Please read this Charger manual before operating your battery charger...
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Page 2: Table Of Contents
Owner's Manual: Battery Chargers | Index Section 1: Important Safety Precautions ........3 Section 2: Description & Features ..........5 Section 3: Layout .................6 Section 4: Principle of Operation ..........7 Section 5: Protections ..............14 Section 6: Installation ..............16 Section 7: Preparing the Charger for Operation ......18 Section 8: Operation .............. -
Page 3: Important Safety Precautions
seCtIOn 1 | Important safety Precautions The following safety symbols will be used in this manual to highlight safety and information: WARninG! Indicates possibility of physical harm to the user in case of non-compliance. cAUtion! Indicates possibility of damage to the equipment in case of non-compliance. inFo Indicates useful supplemental information. - Page 4 • Remove metal items like rings, bracelets and watches when working with batteries. The batteries can produce a short circuit current high enough to weld a ring or the like to metal and thus cause a severe burn. • If you need to remove a battery, always remove the ground terminal from the battery first. Make sure that all the accessories are off so that you do not cause a spark. cHARGeR ReLAteD • The maximum Ah capacities of the batteries must be limited as follows: - SEC-1280UL: 800 Ah - SEC-2440UL: 400 Ah • Do not operate the charger in a closed-in area or restrict ventilation in any way. Install in a well ventilated, cool, dry place. • The charger must not be operated in a damp or wet environment. When mounting in a boat, make sure it is not subjected to bilge water splash. • Do not block the ventilation openings / openings for the cooling fan. There should be at least 6 inches clearance all around the unit.
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Page 5: Description & Features
• Can be used as a power supply or as a DC UPS (Uninterruptible Power Supply) when used in conjunction with a battery. • Optional Remote LED Panel Model 900-RC with 10 Meters of wire for remote ON/OFF control and indication of charging status. • Safety certified and listed to UL Standard UL-1564 • EMI compliant to FCC Part 15(B), Class A MAxiMUM AH cAPAcity oF BAtteRy to Be cHARGeD If the chargers are used to charge very high capacity batteries, they will be forced to supply their maximum rated charging current for longer time than the designed limit and hence, the components will be overstressed and are likely to fail prematurely. To prevent premature failure, the maximum Ah capacities of the batteries must be limited as follows: - SEC-1280UL: 800 Ah - SEC-2440UL: 400 Ah SAMLEX AMERICA INC. | 5... -
Page 6: Layout
Pressed ON; Released 9. Power ON/OFF switch 10. AC power cord inlet 11. Grille protected opening for cooling fan 12. Voltmeter 13. Ammeter TOP VIEW SEC-1280UL & SEC-2440UL Fig. 3.1 Layout of SEC-1280UL and SEC-2440UL 6 | SAMLEX AMERICA INC. -
Page 7: Principle Of Operation
Voltage at Voltage at Voltage at Bulk Absorption Float Stage Model no. current Limit Stage “i” Stage “U ” “U” 14.0 VDC or SeC-1280UL 13.5 VDC 13.5 VDC 14.4 VDC 28 .0 VDC or SeC-2440UL 27 VDC 27 VDC 28.8 VDC The specified output voltage of the charger during particular charging stage is held constant till the current limit value is reached. When the battery or DC load tries to draw current > the current limit value, the charger limits the current to the current limit value and the output voltage of the charger drops and is no longer constant. When the char- ger is connected to a battery and is in current limit condition, the terminal voltage of the charger will be clamped to the actual lower intrinsic terminal voltage of the battery (assuming the charger is very close to the battery and there is no voltage drop in the wires connection the charger to the batteries). -
Page 8: Charging Stages
(8A ± 0.5A) * Stage 2 time for 4 or 8 hours. AMPS VOLTS Time, Hours Figure 4.1 Charging Curve - SEC-1280UL Fig xxx - SEC-1250UL Charging Curves (Absorption 14.4V, Float 13.5V) 8 | SAMLEX AMERICA INC. - Page 9 seCtIOn 4 | Principle of Operation Stage 1 Stage 2* Stage 3 “I Phase” “Uo Phase” “U Phase” 28.8V Voltage Voltage curve curve 27.5 25.0 22.5 20.0 80% of Current 17.5 current curve capacity 15.0 of charger 12.5 10% of (32 amps) 10.0 current...
- Page 10 4 | Principle of Operation therefore, set 0.2 to 0.3V higher to compensate for the forward drops during float condition when the charging current would have dropped to less than 1A. Hence, the output voltage at the terminals of the two banks at no load (nothing connected to the terminals of the banks) will read 0.2 to 0.3V higher because there is no for- ward voltage drop as there is no current flow through the diodes. The voltages are specified with respect to charging / load current as follows: Absorption Stage (“U ” Phase) of 14.4 / 14V for SEC-1280UL At 8A +/- 0.5A Absorption Stage (“U ” Phase) of 28.8 / 28V for SEC-2440UL At 4A +/- 0.5A Float Stage (“U” Phase) of 13.5V for SEC-1280UL At 0.1A Float Stage (“U” Phase) of 13.5V for SEC-2440UL At 0.1A 1.3 Please also note that the output voltage at the two banks may differ between 0.2 to 0.6V depending upon the different values of the charging current being deliv- ered through each as a result of different values of voltage drops Vf and Vb. 2.1 Standard temperature conditions: The charging voltages shown pertain to bat- tery electrolyte temperature of 77°F (25°C) 3.1 charger / Battery Voltage / current Values: When the battery is connected to the charger and the charger is in ON condition, the voltage at the common charger / battery terminals will be the actual battery terminal voltage corresponding to its state of charge ONLY when the charger is in “current limit condition” and is sup-...
- Page 11 Principle of Operation StAGe 1- BULK cHARGe StAGe (“i” PHASe) In this stage SEC-1280UL outputs voltage of 13.5 VDC and SEC-2440A outputs 27V. The following explanation is for SEC-1280UL. Explanation for SEC-2440UL will be same but the voltage values will be 2 times and current values will be half as compared to SeC-1280UL. note: For explanation purpose, it is assumed that the battery is deeply discharged to around 10.5 / 21V when charging is initiated. When the charger is switched on, the battery will try to draw very large current = (13.5V- 10.5V) ÷ Internal resistance (0.02 Ω) = 150A which will be much higher than the current limit value of 80A. The charger will enter current limit condition (point A2), its internal voltage will try to drop but will be clamped to the terminal voltage of the battery i.e. 10.5V (point A1). The battery starts charging at constant current of 80A (Sec-...
- Page 12 2 - Absorption Stage”). This Timer decides the maximum duration of operation in this stage and subsequent transition to the final constant voltage Float Stage 3 at point “E”. The duration of operation in this stage is also determined by another condition where the transition to the next Float Stage at point “E” occurs when the charging current reduces to 10% or the rated capacity i.e. 8A +/- 0.5A for SEC-1280UL and 4A +/- 0.5A for SEC-2440UL. The condition, which occurs earlier, controls the transition At the transition point “C”, the charger will output a higher constant voltage, which is above the Gassing Voltage to ensure that the battery is further, charged to full capacity without overcharging. The value of this voltage will depend upon the type of battery or charging stages selected (The type of battery and charging stages are selected with the help of DIP Switches (7) - See Section 7 under “DIP Switch Setting” on page 21): • 14.4V (SEC-1280UL) or 28.8V (SEC-2440UL) when Flooded / AGM battery is selected • 14V (SEC-1280UL) or 28V (SEC-2440UL) when Gel Cell battery is selected • 13.5V (SEC-1280UL) or 27V (SEC-2440UL) when loaded battery is selected (2 stage charging) However, this constant voltage is not seen immediately because the charger enters cur- rent limit as soon as it enters point (C2). As the charger voltage has been increased, the battery will try to draw higher value of current which will be equal to the difference between this higher voltage and the actual intrinsic voltage of the battery divided by the internal resistance of the battery (.02 Ohm). The value of this current at the transi- tion point (C2) will be higher than the current limit value forcing the charger to enter current limit condition once again. As the charger is in current limit condition, it does...
- Page 13 4 | Principle of Operation 28V / 28.8V at both the charger and battery terminals is the constant Absorption Volt- age being put out by the charger. The intrinsic voltage of the battery is still lower than this voltage as the battery is still not fully charged at this transition). As the intrinsic voltage of the battery rises further, the charging current starts tapering down (section D2 to E2). Tapering charge is provided at this transition to reduce surface charge effect to ensure that the charge slowly diffuses to the internal thickness of the plates and prevents overcharging. When the 4 Hr / 8 Hr Timer runs out or when the charging current tapers down to 10% of the rated capacity of the charger (8A +/- 0.5A for SEC-1280UL and 4A +/- 0.5A for SEC- 2440UL) at point “E2” (whichever is earlier), the charger transitions to the next Stage 3 - Constant Voltage, Float or Maintenance Charge Stage (“U” Phase) note: The threshold of current for change-over between the Constant Overcharge Volt- age, Timed Voltage Absorption / Boost Stage (“U0” Phase) & the Float / Maintenance Charge Mode (“U” Phase) are different as follows: Sec-1280UL Sec-2440UL From “Uo” Phase to “U” Phase 8A +/- 0.5A 4A +/- 0.5A From “U” Phase to “Uo” Phase 15A +/- 1A 8A +/- 1A charging characteristics During this Stage Are As Follows: • The Absorption Stage (“U ” Phase) feeds additional 35% to 55% of the capacity that adds up to a total charged capacity of around 115% to take care of around 15% loss of charging efficiency.
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Page 14: Protections
The charger has the following protections: SHoRt ciRcUit SHUt DoWn In case of a short circuit on the output side, the output of the charger will be shut down. Another symptom of short circuit shut down is that the fan will be ON till the unit is reset or switched OFF. On the optional Remote Control 900-RC, Green LED marked "Power" and Red LED "I Phase" will be lit. The charger will be latched in this shut down condition and will NOT recover automatically even after the short circuit condition is removed. To reset, the AC input power ON/ OFF switch at the back of the unit has to be switched OFF and ON again. oVeR LoAD cURRent LiMitinG The current drawn by the load is automatically limited to a maximum of 80A for SEC-1280UL (40A +/- 1A in “Half Power Mode”) and 40A for SEC-2440UL (20A +/- 1A when in “Half Power Mode”). If the load tries to draw a higher current than these lim- its, the output voltage of the unit will start to drop. The unit will automatically recover when the overload condition is removed. ReVeRSe BAtteRy connection – Dc SiDe FUSeS WiLL BLoW The output is internally fused on the DC side - 3 x 30A fuses for SEC-1280UL and 3 x 15A fuses for SEC-2440UL. In case, the polarity of the battery connection is reversed, the fuse(s) will blow. Another symptom of blown fuse on DC side is that the fan will be ON till the unit is switched OFF. On the optional Remote Control 900-RC, Green LED marked "Power" and Red LED marked "I Phase" will be lit. 14 | SAMLEX AMERICA INC. - Page 15 5 | Protections cooLinG The charger is cooled by convection and in addition, has a fan for forced air-cooling. The operation of the fan is controlled by the current supplied by the charger and will be switched ON and OFF automatically as follows: Sec-1280UL Sec-2440UL Switch ON current 15A +/- 1A 8A +/- 1A Switch off current 8A +/- 0.5A 4A +/- 0.5A note: Once the fan switches on at the specified current threshold, it will switch off at a lower threshold. For example, the fan in SEC-1280UL switches ON at 15A but switches OFF at 8A. This is to prevent the fan from oscillating between ON and OFF conditions due to minor fluctuations in load current oVeR teMPeRAtURe SHUtDoWn cAUtion! Keep the charger in a well ventilated, cool and open area. DO NOT BLOCK THE...
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Page 16: Installation
6 | Installation inStALLAtion DiMenSionS Installation dimensions are given below. Dimensions are same for SEC-1280UL and SeC-2440UL. 16 | SAMLEX AMERICA INC. - Page 17 If fan opening faces down, hot damaged components may fall out. oUtPUt connectoRS Connectors with tubular, screw down type of terminals are used for output connection. The diameter of the tubular hole of the connector is 8 mm (0.31 inches). Two positive output connectors (1, 2) are provided for connecting to the Positive terminals of the 2 banks of batteries. One common connector (3) is provided for the Negative connection. The set screw size is M8. teRMinAL LUGS FoR connection to tHe cHARGeR For firm connection when using stranded wire, crimp / solder “pin” style terminal lugs on the charger end of the DC wires used for connecting to the battery / other DC loads. 3 pieces of “pin” style terminal lugs have been provided as follows: • For SEC-1280UL Will accommodate up to AWG #2 wire / 35 mm wire • For SEC-2440UL Will accommodate up to AWG #4 wire / 25 mm wire WiReS To avoid polarity errors and possible damage, never use wires of only one color. Use Red insulated wire(s) for Positive connection(s) and Black for Negative connection(s). Recommended DC wire sizes are given below (Based on a voltage drop of 2%). The length in feet is the length of the pair of the positive and negative DC wires from the charger to the battery / other DC loads. Distance From Battery Sec-1280UL Sec-2440UL Up to 6 ft.
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Page 18: Preparing The Charger For Operation
120 VAC version unit for 230 VAC operation, there is no need to replace the 20A fuse 6. Replace the AC plug of the power cord with a suitable 3 pin grounded plug to mate with the 230 VAC outlet. cAUtion! The new plug should have 3 poles i.e. Line (L), Neutral (N) and Earth ground. Color code for the power cord conductors is: - Line (L) - Black - Neutral (N) - White - Earth ground - Green connectinG tHe BAtteRieS oR otHeR Dc LoADS As shown in Fig. 7.1 and 7.2 (page 19), the output of the charger has a common Nega- tive (-) connector and 2 Positive connectors for connection of 2 banks of batteries. Each Positive connector has its own internal isolating diode, which works as a battery isolator. If more than one bank of batteries is connected, these will be charged at the same time as long as the AC power is available to the charger (the maximum charging current of 80A of SEC-1280UL and 40A of SEC-2440UL will be shared among the connected banks of the batteries depending upon their discharged states). In case the AC power fails or if there is no output from the charger, the isolating diodes will prevent charging / discharging among the batteries connected to the banks. 18 | SAMLEX AMERICA INC. -
Page 19: Section 8: Operation
seCtIOn 7 | Preparing the Charger for Operation Auxilary / Starter House Battery Battery Fig 7.1 Connecting 2 separate battery systems to 2 separate banks Positive Wire “A” Negative Wire “B” Battery 4 Battery 3 Battery 2 Battery 1 Fig. 7.2 Connecting bank of paralleled batteries to single bank SAMLEX AMERICA INC. - Page 20 seCtIOn 7 | Preparing the Charger for Operation In a single battery bank, two or more batteries may be connected in parallel to increase their AH capacity. These will be discharged and charged as a single battery bank. In this case, the paralleled bank of multiple batteries is to be considered as a single bank and connected to any one of the 2 banks of the charger as shown in Fig. 7.2 for bank of 4 batteries. For proper charging of all the batteries, please ensure that the Positive wire “A” from the charger is connected to the Positive terminal of the first battery (Battery 1) and the Negative wire “B” is connected to the Negative terminal of the last battery (Battery 4). This will ensure the following: • Resistance of the interconnecting cables will be balanced and the individual batteries will see the same series resistance • All the individual batteries will be charged at the same charging current and thus will be charged to the same state of charge • None of the batteries will see an over-charge condition When connecting a single battery or other single DC load, it can be connected to the common Negative and any one of the 2 Positive terminals as in Fig. 7.1. cHARGinG MoRe tHAn one BAnK oF BAtteRieS cAUtion! When charging more than one bank of batteries at the same time using 3 Stage Charging, ensure that the batteries in the banks are in a similar discharged con-...
- Page 21 - Stage 1 and Stage 3. This also applies when two banks of batteries are being charged simultaneously and the batteries in the two banks are in a dissimilar state of discharge. A pair of switches S1 & S2 out of a set of 4 DIP Switches has been provided for selecting the battery type and for modifying the Stage 2 Absorption Stage when charging loaded batteries / two banks of batteries with different discharged states. The following selec- tions can be made with the help of the DIP Switches S1 and S2: cAUtion! Do not change the DIP Switch setting when the charger is operating. Always change the DIP Switch setting when the charger is OFF, i.e. after disconnecting the charger from the AC input power). note: The voltages are for battery temperature of 77ºF / 25ºC. DiP SWitcH SettinG FoR Sec-1280UL Battery charging Float Absorption type Stages Flooded / 3 Stages off* 13.5V* 14.4V*...
- Page 22 ReDUction oF MAxiMUM cHARGinG cAPAcity to HALF FoR SAFe cHARGinG oF LoWeR cAPAcity BAtteRieS - HALF PoWeR MoDe Batteries should not be charged at very high currents to ensure long life. Unless ap- proved by the manufacturer, the maximum charging current should be limited to approximately C/10 (where C is the Ah capacity of the battery at 20 Hour Rate). Thus, at the rated current capacities (80A for SEC- 1280UL and 40A for SEC-2440UL), the Ah capacity of the battery that should be charged with the charger will be: • 80A x 10 = 800 Ah for SEC-1280UL • 40A x 10 = 400 Ah for SEC-2440UL If battery with lower Ah capacity is charged at the full charging rate, the battery life is likely to be reduced. A provision has been made to reduce the maximum charging current to approximately half: 40A +/- 1A for SEC-1280UL & 20A +/- 1A for SEC-2440UL. This mode is termed as “Half Power Mode”. This mode can be selected by pressing push switch marked “Half Power Mode” (8). When selected, a Green LED marked “Half On” (5) will be lighted.
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Page 23: Temperature Compensation
seCtIOn 7 | Preparing the Charger for Operation teMPeRAtURe coMPenSAtion The cell voltages of a battery depend upon the temperature of the cells inside the bat- tery. The cells have a Negative Temperature Coefficient - their voltage levels increase at lower temperature and decrease at higher temperature. The Negative Temperature Coefficient is - 2.5 mV / ºF / cell or - 15.0 mV / ºF/ 6 cells for a 12V battery or - 30.0 mV / ºF / 12 cells for a 24V battery. The battery and battery charger voltages are normally specified at a temperature of 77ºF (25ºC). Thus, if the battery temperature is considerably lower than or higher than 77ºF, it will be under-charged or over-charged unless the battery charger has tempera- ture compensation. teMPeRAtURe SenSoR PRoBe tF-500 This charger has a provision for temperature compensation. A temperature sensor unit - Model No. TF-500 (Fig. 7.3) is provided for this purpose. Temperature Plug Sensor Element Fig. 7.3. Temperature Sensor Model No. TF-500 cAUtion! This temperature sensor is matched and calibrated for each battery charger and should not be interchanged with the sensor from another battery charger. - Page 24 seCtIOn 7 | Preparing the Charger for Operation ReMote contRoL PAneL MoDeL no. 900-Rc Cable Remote Panel with plug Fig 7.4 Remote Control Panel Model No. 900-RC An optional wired Remote Control Panel Model No. 900-RC (Fig 7.4 above) can be ordered. It comes with 10 meters of RJ-45, 8P8C Modular, Straight cable . It is plugged into the Remote Control Jack (6). The Remote Control Panel can be used to switch ON / switch OFF the charger and also monitor the charging status of the charger from a remote location. Please read the manual for the optional Remote Control Panel 900-RC for related indications.
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Page 25: Operation
SWitcHinG on / oFF The charger is switched ON / OFF with the illuminated AC input power ON / OFF switch (9) located on the rear panel of the unit. The switch is illuminated Red when switched ON. inDicAtion oF noRMAL oPeRAtion AnD cHARGinG StAtUS When the charger is switched ON without any load, the fan will come on momentarily and switch off. Voltmeter (12) will indicate the voltage at the terminals of the charger. Ammeter (13) will indicate the current being drawn from the charger. When a stand- alone battery is being charged and has charged fully, the current will be almost 0A. When the charger is in current limit condition during the Stage 1- Bulk Charge Stage (“I” Phase) or Stage 2 – Absorption Stage (“Uo” Phase), the current shown will be full 80A for SEC-1280UL and 40A for SEC-2440A . PoWeRinG otHeR Dc LoADS The charger can be used as a power supply or as a DC UPS (DC Uninterruptible Power Supply. For both these applications, first set switches S1 and S2 of DIP Switch to OFF position to set the charger to work in 2 stage mode (See under “DIP Switch Setting” on page 21). USinG tHe cHARGeR AS A PoWeR SUPPLy To use as a power supply, first switch off the DC load. Connect the DC load between the common Negative terminal and one of the 2 Positive terminals. Ensure that the maxi- mum current drawn by the DC load is below the maximum current rating of the charger. -
Page 26: Troubleshooting
WHen tHe cHARGeR iS PoWeReD AnD iS BeinG USeD AS A Dc PoWeR SUPPLy / UPS, tHe oUtPUt VoLtAGe DRoPS WHen tHe Dc LoAD iS SWitcHeD on oR incReASeD. The charger is being forced into current limit condition. The load is trying to draw current more than the current limit value of the charger - 80A for Normal operation & 40A +/- 1A for “Half Power Mode” for SEC-1280UL and 40A for Normal operation & 20A +/- 1A for “Half Power Mode” for SEC-2440UL (the current limit value is the maximum specified charging Amps). Once the load current reaches the current limit value, the current limit circuit is activated and the output voltage drops. Some loads like motors, compressors, incandescent lamps, halogen lamps, heating elements, relays,... - Page 27 9 | troubleshooting coils, capacitors etc. draw very large inrush / starting currents which may reach up to 10 times their normal operating currents. Ensure that the starting / inrush current or the maximum operating cur- rent of the load is lower than the current limit value of the charger. Do not use a load that draws more than 80A (40A +/- 1A for “Half Power Mode”) for SEC-1280UL or more than 40A (20A +/- 1A for “Half Power Mode”) for SEC-2440UL. Once the load current is reduced below the above limiting values, the charger will recover automatically. tHe BAtteRy iS GettinG oVeR cHARGeD / oVeRHeAteD / LoSeS WAteR oR BoiLS. • There is an external load connected to the battery when it is being charged: 3-stage charging is recommended for charging stand-alone or unloaded batteries (there is no load connected to the battery when it is being charged). If a load is also connected simultaneously, a part of the charger’s output current will be diverted to this load. Thus, the charger may remain locked in Stage 2 if the current drawn by the load is more than the preset value of threshold current determining transition from Stage 2 to Stage 3 .This will lead to overcharging, overheating and loss of electrolyte.
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Page 28: Internal Fuse Ratings
10 | Internal Fuse ratings Both the AC input side and DC output side have fuses. The AC input side fuse is located on the PCB F1 inside the unit. It is rated at 250V, 20A, Time Delay (Size 6.3 mm x 32 mm, pig-tail). The DC side fuses are located inside the unit. To access these fuses, remove the top cover. These are automotive blade fuses (for example, “Littelfuse” Type ATO) rated as follows: SEC-1280UL 3 pieces, each rated at 32V, 30A SEC-2440UL 3 pieces, each rated at 32V, 15A seCtIOn 11 | specifications PARAMeteR Sec-1280UL Sec-2440UL NOMINAL INPUT VOLTAGE Factory Preset 120 VAC, 50 /60 Hz (108 to 132 VAC) By changing internal jumper 230 VAC, 50 / 60 Hz... - Page 29 11 | specifications PARAMeteR Sec-1280UL Sec-2440UL WIRED REMOTE PANEL YES (Model 900-RC) (OPTIONAL) COOLING Load Controlled Cooling Fan Load Controlled Cooling Fan ON at 15A ± 1A ON at 8A ± 1A OFF at 8A ± 0.5A OFF at 4A ± 0.5A...
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Page 30: Warranty
12 | warranty 2 yeAR LiMiteD WARRAnty SEC-1280UL / SEC-2440UL manufactured by Samlex America, Inc. (the “Warrantor“) is warranted to be free from defects in workmanship and materials under normal use and service. The warranty period is 2 years for the United States and Canada, and is in effect from the date of purchase by the user (the “Purchaser“). • Warranty outside of the United States and Canada is limited to 6 months. For a warranty claim, the Purchaser should contact the place of purchase to obtain a Return Authorization Number. • The defective part or unit should be returned at the Purchaser’s expense to the authorized location. A written statement describing the nature of the defect, the date of purchase, the place of purchase, and the Purchas- er’s name, address and telephone number should also be included. • If upon the Warrantor’s examination, the defect proves to be the result of defective material or workmanship, the equipment will be repaired or replaced at the Warrantor’s option without charge, and returned to the Purchaser at the Warrantor’s expense. (Contiguous US and Canada only) • No refund of the purchase price will be granted to the Purchaser, unless the Warrantor is unable to remedy the defect after having a reasonable number of opportunities to do so. Warranty service shall be performed only by the Warrantor. Any attempt to remedy the defect by anyone other than the Warrantor shall render this warranty void. There shall be no warranty for defects or damages caused by faulty installation or hook- up, abuse or misuse of the equipment including exposure to excessive heat, salt or fresh water spray, or water immersion. • No other express warranty is hereby given and there are no warranties which extend beyond those described herein. This warranty is expressly... - Page 31 seCtIOn 12 | warranty • There shall be no responsibility or liability whatsoever on the part of the Warrantor or its employees and representatives for injury to any persons, or damage to person or persons, or damage to property, or loss of income or profit, or any other consequential or resulting damage which may be claimed to have been incurred through the use or sale of the equipment, including any possible failure of malfunction of the equipment, or part thereof. The Warrantor assumes no liability for incidental or consequen- tial damages of any kind. Samlex America inc. (the “Warrantor”) www.samlexamerica.com SAMLEX AMERICA INC. | 31...
- Page 32 Contact Information Toll Free Numbers Ph: 1 800 561 5885 Fax: 1 888 814 5210 Local Numbers Ph: 604 525 3836 Fax: 604 525 5221 Website www.samlexamerica.com USA Shipping Warehouse Kent WA Canadian Shipping Warehouse Delta BC Email purchase orders to orders@samlexamerica.com 11001-SEC-1280-2440UL-1012...