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Problems, possible causes and solutions

Tmax

V2

Item No. 1584-TMX

1584-TMX 

v11-08

10

Problem

Description

Cause

Solution

When switching to FILL 
piston rod spins INWARDS, 
switching to EMPTY piston 
rod spins OUTWARDS.

Piston might block if moved to far over 
its ultimate end position.

Wrong polarity of motor.

Change direction of motor 
rotation by exchanging the 
wires soldered directly to the 
motor tags.

End switches of Piston Tank react not 
analogously. Piston might block.

Wrong connection of end switches 
or switch unit. 

Verify wiring!

Dive system does not react 
to FILL command.

LED5

 blinks continuously (permanent 

blinking). 

LED6

 is faint or does not glow 

at all.

Main drive battery not connected to 
switch unit or voltage already lower 
than threshold voltage of battery 
monitor when powering the system. 
FILL command disabled due to 
assumed weakness of main drive 
battery.

Pay attention to correct 
sequence when powering 
activating the system:                          
1. Switch ON transmitter
2. Switch ON main battery
3. Switch ON receiver           

Dive system does not react 
to FILL command ANY 
MORE.

LED5

 blinks continuously (permanent 

blinking). 

LED6

 is faint or does not glow 

at all.

Battery voltage has fallen below 
threshold value of battery monitor. 
FILL command disabled due to 
identified weakness of main drive 
battery.

Charge battery.

 

LED5

 blinks continuously when 

operating Piston Tanks. 

LED6 

is bright 

but faint or off when operating Piston 
Tanks.                                              

Main drive battery is fully charged!

Battery voltage is lower than 
threshold value of battery monitor. 
FILL command deactivated due to 
assumed weakness of battery. 
Threshold voltage is too high.

Lower threshold value by 
slowly turning potentiometer 
of battery monitor a small 
step in CLOCKWISE 
direction.

LED5

 flashes in groups of four.

When submerging (filling of Piston 
Tanks) the overpressure 
compressed within the hull escapes 
through a leakage. If pressure loss 
becomes imminent, submerge mode 
is disabled by pressure switch and 
Piston Tanks are automatically set 
to EMPTY.

Open breather so that 
pressure within WTC is 
equalized to normal 
atmosphere. Allocate 
leakage and seal 
accordingly.

Significant difference between air 
and water temperature creates an 
under-pressure within the WTC. 
Submerge command disables by 
pressure switch.

Open breather so that 
pressure within WTC is 
equalised to normal 
atmosphere. 

LED5

 is ON.

Transmitter not powered or 
defective so that no signal can be 
received.

Check transmitter and 
transmitter battery.

Dive system does not react at 
all.

LED1

 to 

LED4

 of relais do not light up 

when switching Piston Tanks to FILL or 
EMPTY. 

LED5

 blinks continuously.     

LED6

 is OFF.

Fuse has blown due to mechanical 
overload of Piston Tank(s).

Ensure free movement of 
Piston Tank drive and 
spindle. Replace fuse (10 A, 
slow blow).

Water within WTC!

Condensation within WTC.

Difference between air and water 
temperature leads to condensation 
of humidity within WTC, mainly on 
metal parts. 

Open WTC until fully 
dehumidified.

Piston Tank is leaking. Water is 
discharged through bearing plate of 
Piston Tank (possible but very unlikely).

Piston is leaking due to intake of  
large amount of sand or other rough 
particles. Piston is worn.

Unscrew bearing plate (to 
which gears and motor are 
attached), clean piston and 
cylinder, grease piston or 
replace. Refer to manual for 
"Maintenance".

Summary of Contents for 1584-TMX/S

Page 1: ... all battery types gas while being charged Insufficient air circulation during the charging period may lead to a serious EXPLOSION Engel Dive Systems have been primarily designed for use in Engel model submarines Therefore we cannot guarantee satisfactory installation and or operation in self made models or kits of other brands We are not liable for any personal injury or damage of any kind incurr...

Page 2: ...ully charged Threshold voltage for 6 Volt system is preset to approx 4 Volt for 12 Volt systems to approx 9 Volt Threshold voltage can be adjusted via the potentiometer on board of the Tmax However a regulated power supply is recommended to achieve an exact setting The fail safe device controlling loss of signal is preset to approx 2 sec default setting both pins JP1 are bridged This time span can...

Page 3: ...ed stern or bow heavy AND fine trimmed If the boat is i e trimmed stern heavy fine trimming is also possible without altering the stern heavy trim CONNECTION OF PISTON TANKS The connection of Piston Tanks to Tmax must be made as per wiring diagram The micro switches of each Piston Tank are connected with wire leads 0 5 sqmm These leads are supplied in different colours for easy identification of t...

Page 4: ...monitor activated 3 transmitter NOT ON Tmax shows NO function Any failure criteria leads to deactivation of the dive mode These safety prompts are necessary to ensure maximum safety of the boat In case of wrong sequence during activation of Tmax switch off receiver and restart The system is then ready for action unless the main battery is too weak Please note sufficient receiver battery power is a...

Page 5: ...ded Switch K5 is in the upper position When pushing switch K5 from upper to center position the spindles will drive outwards until the potentiometer is drawn to its center position Filling volume of the Piston Tanks will then be at about 90 In this position the boat should then be in neutral buoyancy The model can then be fine trimmed via proportional slider switch K7 In addition the model can be ...

Page 6: ...udes an approx 240 mm long cable with socket contacts on both ends The standard TAES version is mounted separately from the main switch unit Tmax on a hexagonal distance piece with a screw thread M3 The vertical hori zontal position of the unit is irrelevant The nozzle of the pressure sensor must be connected to an outboard connector brass tube 3 2 x 15 mm via a silicone tubing approx length 100 m...

Page 7: ... drive unit FURTHER SETTINGS P1 Loss of Signal Tmax features a safety device which forces the model to resurface in case that transmitter signal is interrupted for a specific time span This downtime can be adjusted by resetting the JUMPER on contact pins P1 contact pins P1 are connected bridged by JUMPER downtime set to approx 2 sec JUMPER is only set on a single pin downtime approx 5 sec Default ...

Page 8: ...rther lubrication of piston is only necessary if a leakage of the Piston Tank itself is obvious This might be the case if used in very sandy waters after a peri od of time In this very unlikely circumstance open the tank unscrew at motor gear cap rinse the cylinder and lubricate piston and inner spindle with a high performance grease such as Q Lube recommended item no 9705 or a similar dedicated l...

Page 9: ...T NEVER be charged within a sealed compartment The charger and the battery should be in an open well ventilated space Therefore ALL batteries must be removed from the hull during the charging period Even so called sealed batteries allow a build up of hydrogen gas while being charged which in turn can cause a serious EXPLOSION tearing the model into pieces and endangering its immediate environment ...

Page 10: ... due to assumed weakness of battery Threshold voltage is too high Lower threshold value by slowly turning potentiometer of battery monitor a small step in CLOCKWISE direction LED5 flashes in groups of four When submerging filling of Piston Tanks the overpressure compressed within the hull escapes through a leakage If pressure loss becomes imminent submerge mode is disabled by pressure switch and P...

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