Battery Charger and Starter – Doctor Start 330
Demo Video:
Battery Charger and Starter – Doctor Start 330
Multifunction, electronic battery charger, starter and tester (BATTERY MANAGER), for WET, GEL, AGM, MF, PbCa, EFB and Li batteries at 12/24V.
It grants complete maintenance of the batteries and quick starting of cars, vans and light trucks.
It is an indispensable tool for stable power supply during battery changes.
Easy and intuitive to use thanks to the graphical LCD screen.
Features:
1. Automatic charging and maintenance in Pulse Tronic;
2. Battery, start and alternator test;
3. Regeneration and recovery of batteries;
4. Stable power source for battery changes (safeguard of the on-board electronics);
5. Starting of all types of cars, vans, light trucks.
Technical Specification:
| Model | Doctor Start 330 |
|---|---|
| Code | 829341 |
| Single phase mains voltage | 230 V |
| Mains frequency | 50 / 60 Hz |
| Charge power | 1 KW |
| Start power | 6.4 KW |
| Charging voltage | 12 / 24 V |
| Effective charging current | 45 A |
| Rated charge current | 30 A |
| Start current 1v/c | 180 A |
| Max starting current | 300 A |
| Min. Rated reference capacity | 10 Ah |
| Max rated reference capacity | 450 Ah |
| Adjustment positions | 7 |
| Dimensions | 30.5 X 36 X 63 cm |
| Weight | 12.5 kg |
CHARGE: The Smartest Charger for All Batteries!
Automatic selection of current, during charge and maintenance, according to the battery capacity
Customized charge by setting battery type, current or capacity (Ah)
Pulse maintenance of optimal charge by PULSE TRONIC technology
Continuous control of charging phases
Quick battery charge and automatic switching into maintenance phase once charging is completed
Optimized charge by very low temperatures (low temperatures can affect the chemical structure of the battery components)
Silent charge at reduced power to avoid sound disturbance caused by the fan
TEST: Solution Found, Time Saved!
Check of the correct functioning of the vehicle alternator circuit
Check of the battery starting capacity (CCA)
Measure of the battery charging status
RECOVERY: Advanced Care and Recovery Modes.
Pulse process for the recovery of sulphated batteries that allows the removal of sulphate from the lead plates thus recovering the initial capacity of the battery
Specific function for periodical maintenance in order to restore the optimal status of an AGM or WET battery by mixing elements
SUPPLY: The Reliable Power Supply!
Noise-free stabilized power supply of the on-board electronics, to be used during diagnostic operations in order to protect the battery
Advanced diagnostic function which allows to precisely change the output voltage
Power supply to keep safe the batteries of vehicles in showrooms (SUPPLY function)
Key-pad settings lock to prevent accidental changes (ie. showrooms, etc.)
Power supply to maintain the on-board electronics when changing the battery and prevent loss of various set-up
START AID Whenever you Need!
Start aid for 12V vehicles with low batteries
In case of black-outs it adjusts itself to the last performed settings
Full safety and protection against polarity reversal, shortcircuits, overvoltages, overcurrent, faulty battery, accidental contacts, etc.
Minimal power consumption
Charge of very low batteries up to min. 2V
PULSE TRONIC CHARGE
ELECTRONIC CONTROL OF THE CHARGING PROCESS
PulseTronic, which is made in Telwin, is our answer for charging/maintaining traction batteries used in Automotive applications, no matter whether for motorcycles, cars, lorries, heavy machines, etc.
This sophisticated technology, which can be used to charge all types of 6/12/24V battery, and more specifically WET, GEL, AGM, MF, SPIRAL, START/STOP batteries, is a reference for all of Telwin’s professional products.
Its capacity to diagnose battery conditions moment by moment, together with specific interventions aimed at restoring optimal operativity, are the two essential elements on which Pulse Tronic technology is based.
Constant control of the charging process on the one hand prevents possible battery overcharging and overheating, and on the other hand returns the battery to optimal condition; the result is a perfectly charged battery with a longer life.
When batteries are not used for long periods they tend to discharge naturally, so charge maintenance is just as important as the charging process.
PulseTronic technology uses intelligent monitoring and special wave forms (impulses) to maintain the optimal charge without generating overheating or making modifications that damage the chemical structure of the battery, even over extended periods (e.g. vehicle maintenance during periods of non-use).PulseTronic technology also pays special attention to safety by creating and defining the correct conditions to fully protect the on-board electronics of the vehicle while charging/maintaining the battery and without being disconnected from the vehicle.
The multiple advantages of this technology are evident even when charging several batteries together in serial or parallel.
From a practical viewpoint, battery maintenance, namely charging and optimal charge maintenance, occurs over 8 separate phases, specific for every constructive type of battery, with each phase being characterised by a special functionality and wave form.
1. CHECK
Control of battery conditions and check of correct voltage set on display.
2. DESULFATION
Detection and recovery of sulphated or low batteries; pulses allow the removal of sulphate from the lead plates at its early stage. The battery’s positive response to the pulses allows to continue with the charging process.
3. ANALYSE
Analysis of the battery status. The charging current is lower than the one set.
4. MAIN CHARGE
Recharge with the set current or with the maximum current up to 80% of the battery capacity.
5. FINE CHARGE
Recharge with decreasing current up to 100% of the battery capacity.
6. VERIFY
Check run if the battery holds the charge.
7. FLOAT
Maintenance of the charge at constant voltage.
8. PULSE TRONIC
Recovery of optimal charge by pulses avoiding the natural self-discharging
PULSE-TRONIC technology therefore offers the following advantages:
1. it can be applied to all types of battery;
2. it gives complete control over the charge current;
3. it protects the electronic components on-board vehicles without having to disconnect the battery from the vehicle during charging;
4. it guarantees less battery overheating during the charge phase;
5. it guarantees longer useful life to batteries.
BATTERY MAINTENANCE (RECOVERY)
HOW TO EXTEND THE LIFE OF A BATTERY AND RESTORE ITS FUNCTIONALITY
It is essential to know about those situations that can hinder battery performance: one of these is sulfation, which can degenerate battery performance until it is no longer usable.
Battery sulfation is caused by many different facts, but the battery remaining for long periods without being used, and therefore subjected to self-discharging, is probably the most common.
In addition, the continually growing number of devices in today’s vehicles that constantly require energy even when the engine is switched off, for example alarm systems, can cause the battery to discharge progressively and create the conditions for sulfation.
The concept of desulfation follows as a consequence of this, i.e. a process that allows to restore the functionality of the battery by increasing its life and eliminating the necessity of replacing it beforehand.
SULFATION
During discharging, the lead plates (electrodes) react with the electrolytic acid solution and create lead sulphate crystals. These crystals deposit on the surface of the plates, which stops the electrochemical process from working correctly, which in turn degenerates battery performance; this situation is called “sulfation”.
When a battery is recharged, the crystals should be re-absorbed by the electrolytic solution, and normal conditions be restored, but excessive accumulation of crystals makes it difficult to dissolve them, thus damaging the correct battery operation
The batteries unused for long periods get discharged.
The crystals are deposited around the plates thereby affecting their operation.
DESULFATION – RECOVERY
The term “desulfation” introduces a forced process that replaces the initial density of the electrolyte solution thanks to the application of special current impulses that disaggregate the crystals (breakage of the molecule bonds between the lead ions and the acid sulphate ions), and restore battery conditions
A Telwin battery charger with the RECOVERY function for desulfation will solve the problem…
…and restore normal operating conditions.
When charge is over, the battery is again at the height of its efficiency.
Demo video:
How to charge multiple batteries in series:
How to charge multiple batteries in parallel:
TELWIN Chargers & Starters
| Technical Characteristics | Code | Charge | Start | Mains Voltage V 50/60 Hz | Power W | Charge/ Starter Voltage V | Charge Current A | Rated Charge Current A | Starting Peak Current A | Rated Reference Capacity Ah 15h | Product Dimensions (L,W,H) mm | Weight kg |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Defender 8 | 807553 | ✔ | ✖ | 230 1ph | 15 | 6-12 | 0.75 | 0.75 | – | 2-20 | 50 x 80 x 30 | 0.2 |
| T-Charge 12 Evo | 807578 | ✔ | ✖ | 230 1ph | 55 | 6-12 | 1 (6V) 4 (12V) | 1 (6V) 4 (12V) | – | 2-70 | 170 x65 x 35 | 0.6 |
| T-Charge 26 Boost | 807562 | ✔ | boost | 230 1ph | 220 | 12 | 16 | 16 | – | 10-250 | 300 x 95 x 55 | 1.4 |
| Nevatronic 24 | 807045 | ✔ | ✖ | 230 1ph | 110 | 12-24 | 6 (12V) 4.5 (24 V) | 4 (12V) 3 (24 V) | – | 40-55 (12V) 30-45 (24V) | 95 x 190 x 180 | 2.6 |
| Autotronic 25 Boost | 807540 | ✔ | boost | 230 1ph | 300 | 12-24 | 18 (12V) 12 (24 V) | 12 (12V) 8 (24 V) | – | 30-225 (12V) 20-180 (24V) | 225 x 290 x 205 | 7.2 |
| Nevada 6 | 807021 | ✔ | ✖ | 230 1ph | 35 | 12 | 3 | 1.4 | – | 14-30 | 95 x 190 x 180 | 1.6 |
| Nevada 11 | 807023 | ✔ | ✖ | 230 1ph | 50 | 6-12 | 4 | 2.5 | – | 25-40 | 95 x 190 x 180 | 1.7 |
| Nevada 12 | 807024 | ✔ | ✖ | 230 1ph | 80 | 12 | 6 | 4 | – | 40-70 | 95 x 190 x 180 | 1.8 |
| Nevada 15 | 807026 | ✔ | ✖ | 230 1ph | 110 | 12-24 | 9 (12V) 4.5 (24 V) | 6 (12V) 3 (24 V) | – | 60-115 (12V) 30-40 (24V) | 95 x 190 x 180 | 2.6 |
| Nevaboost 100 | 807028 | ✔ | boost | 230 1ph | 170 | 12 | 9 | 5.5 | – | 55-180 | 95 x 190 x 180 | 2.6 |
| Alpine 20 Boost | 807546 | ✔ | boost | 230 1ph | 300/- | 12-24 | 18 (12V) 12 (24 V) | 12 (12V) 8 (24 V) | – | 30-225 (12V) 20-180 (24V) | 225 x 290 x 205 | 7.1 |
| Alpine 30 Boost | 807547 | ✔ | boost | 230 1ph | 800/- | 12-24 | 30 | 20 | – | 15-400 | 225 x 290 x 205 | 8.6 |
| Alpine 50 Boost | 807548 | ✔ | boost | 230 1ph | 1000/- | 12-24 | 45 | 30 | – | 20-500 | 265 x 345 x 230 | 9.9 |
| Computer 48/2 Prof | 807063 | ✔ | ✖ | 230 1ph | 300/- | 6-12-24-36-48 | 11-30-30-30-27 | 7-20-20-20-18 | – | 10/300-300-300-300-300 | 225 x 290 x 205 | 7.1 |
| Alaska 200 Start | 807577 | ✔ | ✔ | 230 1ph | 300/2.2 | 12-24 | 23 (12V) 12 (24 V) | 15 (12V) 8 (24 V) | 100/150 | 25-300 (12V) 30-160 (24V) | 245 x 195 x 130 | 7.6 |
| Digitrony 230 Start | 807575 | ✔ | ✔ | 230 1ph | 800/3.6 | 12-24 | 30 | 20 | 180 | 30-400 | 225 x 290 x 205 | 9.1 |
| Startronic 530 | 829034 | ✔ | ✔ | 230 1ph | 1500/9.5 | 6-12-24 | 75 | 40 | 400 | 10-600 | 390 x 260 x 230 | 19.5 |
| Digistart 340 | 829327 | ✔ | ✔ | 230 1ph | 1000/6.4 | 12-24 | 45 | 30 | 300 | 10-450 | 305 x 360 x 630 | 13.8 |
| Dynamic 320 Start | 829381 | ✔ | ✔ | 230 1ph | 1000/6.4 | 12-24 | 45 | 30 | 300 | 20-700 | 305 x 360 x 630 | 13.9 |
| Dynamic 520 Start | 829383 | ✔ | ✔ | 230 1ph | 1600/10 | 12-24 | 75 | 50 | 400 | 20-1000 | 365 x 460 x 755 | 21 |
| Dynamic 620 Start | 829384 | ✔ | ✔ | 230 1ph | 2000/10 | 12-24 | 90 | 70 | 570 | 20-1550 | 365 x 460 x 755 | 25 |
| Energy 1000 Start | 829008 | ✔ | ✔ | 230-400 3ph | 2500/20 | 12-24 | 100 | 80 | 1000 | 20-1200 (12V) 20-800 (24V) | 380 x 560 x 885 | 45 |
| Energy 1500 Start | 809009 | ✔ | ✔ | 230-400 3ph | 7000/44 | 12-24 | 150 (12V) 250 (24 V) | 130 (12V) 220 (24 V) | 1700 (12V) 2000 (24V) | 70-2000 (12V) 70-4000 (24V) | 380 x 560 x 885 | 69 |
The publication of the standard EN 5044522008 (product family standard to demonstrate compliance of equipment for resistance welding, arc welding and allied processes with the basic restrictions related to human exposure to electromagnetic fields) under the Low Voltage Directive LVD 2014/35/EU — published on the Official Gazette of the European Community, requires that each product, in order to be CE certified, has to satisfy the technical standards of the above described norm.
This means that today the CE marking requires a further certification. Telwin certifies that all its products are in compliance with the new CE marking as reported in the EMF Conformity Certificates.
MANUFACTURER:
TELWIN
For over 50 years TELWIN has been a worldwide leader in the manufacturing of welding machines, cutting systems and battery chargers and starters. Telwin is present on all 5 continents, on over 120 markets with a range of products that, for variety and richness, has no equal on any market; products tailored to all production fields, from the automotive to industry, from the building sector to shipyards, from all professional divisions to DIY.
Telwin means state-of-the-art, innovative and technologically advanced solutions, aimed at improving productivity, optimising intervention times, minimising operative costs and always guaranteeing excellent performance under any operative condition.
The ultra-modern company premises not by chance called the “The Home of Welding”, with its area of 120 thousand square metres – is the nerve centre of a system that employs over 250 collaborators making up a well tuned, winning team. Modern productive plants, robotic lines, specialised development and testing laboratories, automated stores, training and demo areas dovetail to make up an international industrial pole of sheer excellence in the sector.
The company strategy revolves around innovation, advanced research and sustainable improvement: essential pillars of its worldwide leadership, acknowledged by the many clients that, still to date, express their loyalty. Ever since the beginning, TELWIN has managed to promote a very special relationship with its clients, proving itself as a steadfast partner on whom to always rely, able to guarantee through time an excellent service, qualified assistance, quick and exhaustive response, and an information and training support able to facilitate the work of those that have elected to rely on the Telwin trademark.
And all this is dictated by the rules of quality: quality of the company system with its ISO9001 certification; product quality guaranteed by many international certifying bodies; quality of behaviour ensured by ethical principles shared throughout the company.
