Payment Terms: | T/T; | After-sales Service Provided: | Online support,Field installation, commissioning and training,Field maintenance and repair service; |
Weight: | 0.12 kg; | Certification: | CE certificate; |
Voltage: | 12 V DC; | Packaging Detail: | Cardboard box; |
Brand Name: | PTS controller; | Warranty: | 1 year; |
Supply Ability: | 10000 Piece/Pieces per Year; | Dimension(L*W*H): | 120 x 85 x 20 mm; |
Condition: | New; | Place of Origin: | Ukraine; |
Port: | Kyiv, Ukraine; |
PTS controller over fuel dispensers and ATG (automatic tank gauge) systems for petrol stations serves as a protocols converter. It knows communication protocols of a great variety of fuel dispensers and ATG probes and allows control over any of them in exactly the same way using its own input communication protocol. POS system (cash register, payment terminal) should not matter what is the brand of fuel dispenser or ATG system connected – it simply communicates to the PTS controller the same way regardless the brand of fuel dispensers and ATG systems used, PTS controller undertakes all work on communication with fuel dispensers and ATG systems using their native communication protocol and takes into account all their peculiarities.
This completely simplifies work for a POS system developer: by having implemented input common communication protocol of PTS controller the POS becomes able to provide control over any of fuel dispensers and ATG systems supported by PTS controller. PTS controller itself converts input communication protocol into proprietary communication protocols of fuel dispensers and ATG systems. Thus the time required for development of POS system for petrol stations is significantly reduced.
PTS controller can be called a forecourt controller and can be used together with POS systems, cash registers, OPTs (outdoor payment terminals) and other control systems for petrol stations in order to provide control over fuel dispensers, LPG (liquified petroleum gas) dispensers, CNG (compressed natural gas) dispensers and various brands of ATG systems at petrol stations and storage depots.
PTS controller is supplied with a rich set of APIs (application programming interfaces) developed under most popular programming languages and environments in order to provide comfortable and quick implementation of the PTS controller into control systems for petrol stations (POS system, cash register, OPT terminal, etc).
PTS fuel pump controller can simultaneously control up to 16 fuel dispenser sides (fueling places). PTS controller has 4 independent pump ports, each of them can be programmed to its own communication protocol and baud rate, thus PTS controller provides communication with connected dispensers simultaneously using up to 4 various communication protocols. Each PTS controller pump port can connect up to 16 fueling places maximum.
PTS controller can simultaneously control up to 16 ATG probes (gauges) (separate probes or probes connected to ATG systems / consoles) that use up to 3 various communication protocols and baud rates (each of the probe ports can be adjusted to a separate communication protocol and baud rate and connect up to 16 ATG probes maximum).
PTS controller allows a possibility to lead management over the same fuel dispensers from several POS systems and share ATG probes measurement values between several interconnected PTS controllers. Thus every interconnected PTS controller is able to provide control over any of the connected fuel dispensers and know ATG system measurement data of every other interconnected PTS controller.
PTS controller supports 90 types of fuel dispensers brands of various manufacturers, between which you can find: Wayne Dresser Europe, Wayne Dresser Brasil, Gilbarco Veeder Root, Tokheim, Nuovo Pignone, Wayne Pignone, Tatsuno Japan, Tatsuno Europe, Tatsuno Rus, Tokico, Bennett, Petrotec, Salzkotten, FAS, Adast, MM Petro ZAP, Emgaz Dragon, Galileo, Kraus, Welma, PEC (Gallagher), Develco, Logitron, Kalvacha, Safe, Wayne Meksan, Mekser, Mepsan, 2A, Petposan, Petrolmeccanica, Batchen, Email, EuroPump, Baransay, Sanki, Korea EnE, LG EnE, SOMO Petro, HongYang, Blue Sky, GreenField, Falcon, Dong Hwa Prime, EPCO, Slavutich, Shelf, UniCon, UniGaz and others.
PTS controller supports more than 25 types of automatic tank gauge (ATG) systems of various manufactures (Gilbarco Veeder Root, OPW, Hectronic, Struna, PetroVend, Start Italiana, Fafnir, Assytech, VEGA, Windbell and others).
PTS controller is CE approved and has all corresponding test reports.
PARAMETER | VALUE |
---|---|
Power supply voltage | 12 V DC |
Current consumption | 400 mA max |
Temperature range | from -40°C to +80°C |
Weight | 120 g |
Overall dimensions | 120 x 85 x 20 mm |
Baud rate is configured for each pump port in PTS controller independently on the used communication protocol.
Some dispensers may demand using interface converter boards to RS-485 interface (depends on electronics of used pumphead in dispenser).
## | FUEL DISPENSER BRAND | PROTOCOL NAME |
---|---|---|
1 | 2A | S4-Dart |
2 | ACTRONIC | PEC Pump Communication Protocol |
3 | ADAST (ADAMOV SYSTEMS) | Adast EasyCall |
4 | AG WALKER | SPDC-1, MPDC-1 |
5 | AGIRA | PEC Pump Communication Protocol, PumpControl, Develco |
6 | ANGI International | Gilbarco Two-Wire |
7 | ARIEL | PumpControl |
8 | ASPRO | PumpControl, Develco, Coritec |
9 | ASSYTECH | Dart |
10 | ASTRON | TiT UniPump |
11 | AZT | AZS 2.0 |
12 | BARANSAY | Gilbarco Two-Wire |
13 | BATCHEN | Gilbarco Electroline, Gilbarco MPP, PumpControl, Maser, PEC Pump Communication Protocol |
14 | BENNETT | Bennett pump dispenser protocol (current loop), Bennett pump dispenser protocol (RS-485 Fleet), Bennett pump dispenser protocol (RS-485 Retail) |
15 | BLUE SKY | Blue Sky 6-6-4 protocol, Blue Sky 8-8-6 protocol, LT protocol, LY protocol, JP protocol |
16 | CENSTAR | Censtar protocol |
17 | CFT Clean Fuel | Gilbarco Two-Wire |
18 | COMPAC | PEC Pump Communication Protocol, Gilbarco Australia |
19 | CORITEC | Coritec |
20 | DATIAN MACHINES | WS 16 communication protocol |
21 | DEVELCO | Develco |
22 | DONG HWA PRIME | Prime pump interface |
23 | EAGLESTAR | Eaglestar |
24 | EMGAZ DRAGON | Marconi PumaLAN |
25 | EPCO | Epco protocol specification |
26 | ESIWELMA | Marconi PumaLAN |
27 | EUROPUMP | S4-Dart |
28 | FALCON LPG | Falcon |
29 | FORNOVO GAS | Marconi PumaLAN |
30 | FUELQUIP | PEC Pump Communication Protocol |
31 | FUELSIS | S4-Dart |
32 | GALILEO | PumpControl |
33 | GERKON | TiT UniPump |
34 | GILBARCO | Gilbarco Two-Wire, Extended Two-Wire Appendix |
35 | GREENFIELD | Gilbarco Two-wire |
36 | HITACHI | SS-LAN protocol |
37 | HONG YANG | HongYang FZ-protocol, HongYang 886 communication protocol, HongYang 886 MPD communication protocol |
38 | IMW | PumpControl, Tokheim UDC |
39 | INTERMECH | PEC Pump Communication Protocol |
40 | KALVACHA | Kalvacha |
41 | KIEVNIIGAZ | TIT UniGaz |
42 | KOREA ENE | EnE Dispenser POS protocol |
43 | KPG-2 | TIT UniGaz |
44 | KRAUS | MNET design specification, Gilbarco Two-wire |
45 | KWANGSHIN | KS-NET PROTOCOL |
46 | LANFENG | RS–232 protocol, RS–485 protocol, SS-LAN protocol |
47 | LG ENE | EnE Dispenser POS protocol |
48 | LOGITRON | Marconi PumaLAN |
49 | MASER | Maser, Gilbarco Two-wire |
50 | MEKSAN / WAYNE SU86 | Wayne Dart |
51 | MEKSER | S4-Dart |
52 | MEPSAN | S4-Dart |
53 | MIDCO | Midco Proprietary Pump Protocol (versions 3.10, 3.11, 3.12) |
54 | MM PETRO (ZAP) | MM PETRO ZAP RS-485 |
55 | MOTOGAZ | PumpControl |
56 | MS GAS | SK protocol |
57 | NARA | AZT 2.0 |
58 | NUOVA MIGAS | Dart |
59 | NUOVO PIGNONE | Nuovo Pignone RS-485, Nuovo Pignone Current Loop 4-wire, Wayne Dart |
60 | PEC (GALLAGHER FUEL SYSTEMS) | PEC Pump Communication Protocol, Gilbarco Australia |
61 | PETPOSAN | S4-Dart |
62 | PETROEQUIP | Lanfeng protocol |
63 | PETROMECCANICA | Wayne Dart |
64 | PETROTEC | Petrotec HDX protocol |
65 | PROWALCO | SPDC-1 / MPDC-1, SPDC-2 / MPDC-2, Salesmaker & ICON |
66 | PUMP CONTROL | PumpControl |
67 | REAL-TECH | Blue Sky, SS-LAN |
68 | RIX | PEC Pump Communication Protocol |
69 | SAFE | Safe PMII Graf, PumpControl |
70 | SALZKOTTEN | ER3 Data interface, Gilbarco Two-Wire, Marconi Logitron PumaLAN |
71 | SANKI | Sanki common communication protocol, Sanki communication protocol for CIS countries |
72 | SEA BIRD | Blue Sky |
73 | SHELF | Shelf |
74 | SCHEIDT & BACHMANN | T02, V11 |
75 | SHIBATA | SS-LAN |
76 | SLAVUTICH | Slavutich FD-Link |
77 | SOMO PETRO | POS protocol |
78 | STAR | HongYang 886 communication protocol, HongYang 886 MPD communication protocol |
79 | TATSUNO (JAPAN) | Tatsuno SS-LAN, Extended Digits Number protocol |
80 | TATSUNO EUROPE (FORMER BENC) | Tatsuno Benc PDE, Logitron PumaLAN |
81 | TEKSER | Wayne Dart, Wayne US Current Loop |
82 | TOKHEIM | Tokheim Controller-Dispenser Communication protocol (UDC), Logitron PumaLAN |
83 | TOKHEIM INDIA | TQCL serial communication protocol |
84 | TOKICO | Tokico SS-LAN |
85 | TOMINAGA | Tominaga SS-LAN |
86 | TOPAZ | TOPAZ Electro, Iskra ver. 1.72 |
87 | TRANSPONDER | PEC Pump Communication Protocol |
88 | UCAR ELEKTRIC | S4-Dart |
89 | UNICON-TIT | TIT UniPump |
90 | VANZETTI | Logitron PumaLAN |
91 | WAYNE DRESSER | Wayne Dart, Wayne US Current Loop |
92 | WAYNE PIGNONE | Wayne Dart |
93 | YENEN | S4-Dart, Maser |
94 | ZCHENG GENUINE MACHINES | Zcheng communication protocol |
Communication parameters (baud rate, parity control, data and stop bits) are configured for each probe port in PTS controller independently on the used communication protocol.
## | ATG SYSTEM BRAND | PROTOCOL NAME |
---|---|---|
1 | ACCU | PD-300 Communication Protocol |
2 | ASSYTECH | Assytech |
3 | DUT-E | COM protocol |
4 | EAGLESTAR | Modbus RTU, Smart-probe communication protocol |
5 | EBW | Gilbarco Veeder Root |
6 | ENRAF | Enraf Height protocol, Enraf Volume protocol |
7 | FAFNIR | Fafnir VISY-Quick, Gilbarco Veeder Root |
8 | FRANKLIN FUELING | Gilbarco Veeder Root |
9 | GAMICOS | GLT622 console communication protocol |
10 | GILBARCO VEEDER ROOT | Gilbarco Veeder Root |
11 | HECTRONIC | Hectronic HLS |
12 | HUMANENTEC | 520S Communication Protocol |
13 | INCON | Gilbarco Veeder Root |
14 | LABKO | Labkotec POS interface protocol |
15 | MTS ATG SENSORS | MTS USTD |
16 | OMNICOMM | COM protocol |
17 | OMNTEC | Gilbarco Veeder Root |
18 | OPW | Gilbarco Veeder Root |
19 | PETRO VEND | PETROVEND4 |
20 | QINGDAO GUIHE | Gilbarco Veeder Root, Qingdao Guihe MODBUS RTU |
21 | START ITALIANA | Start Italiana SMT/XMT, Gilbarco Veeder Root |
22 | STRUNA | Struna Kedr spec. 1.4 |
23 | UNIPROBE | Uniprobe |
24 | VEGA | Vega ASCII protocol |
25 | WINDBELL | Windbell smart-probe communication protocol |
We are constantly expanding a list of supported communication protocols and forecourt equipment.
Please contact us if you are interested in other pumps or probes brands, communication protocols or control equipment not listed here.
PTS controller can simultaneously control up to 16 fuel dispenser sides (fueling places). PTS controller has 4 independent pump ports and each of them can be programmed to its own communication protocol and baud rate, thus PTS controller provides communication with connected dispensers, simultaneously using up to 4 various communication protocols. Each PTS controller pump port can connect up to 16 fueling places maximum.
PTS controller can simultaneously control up to 16 ATG probes (gauges) (separate probes or probes connected to ATG systems/consoles) that use up to 3 various communication protocols and baud rates (each of the probe ports can be adjusted to a separate communication protocol and baud rate and connect up to 16 ATG probes maximum.
PTS controller allows a possibility to lead management over the same fuel dispensers from several POS systems and share ATG probes measurement values between several interconnected PTS controllers. Thus every interconnected PTS controller is able to provide control over any of the connected fuel dispensers and know ATG system measurement data of every other interconnected PTS controller.
If a necessity arises to organize several working places at petrol station (several POS systems) each of the POS systems should have its own PTS controller connected. PTS controllers should be interconnected with each other through a dispatcher PTS port (DISP channel on RS-485 interface) and with fuel dispensers. Thus control over each fuel dispenser at petrol station can be made from every POS system and each PTS controller will know measurement data of every ATG probe connected to any of the interconnected PTS controllers. During authorization of a fuel dispenser from one POS system the fuel dispenser becomes locked by PTS controller of this POS system and while it is locked all other POS systems cannot control given fuel dispenser, they can only monitor its current state. When operation of given POS system is finished with given fuel dispenser, PTS controller of this POS system unlocks the fuel dispenser and it becomes commonly available to all other PTS controllers, which makes it possible to be controlled (locked) by any of the PTS controllers connected to other POS systems.
PTS controller configuration utility is an open source application, which provides the following operations with PTS controller:
PTS controller for developers is supplied together with a rich set of API (application programming interfaces) for commonly used programming languages and operation platforms:
PTS controller SDK (Software Development Kit) is intended for developers of POS management software for petrol stations that want to control fuel dispensers and ATG systems from their software.
PTS controller SDK includes:
Hardware:
Software:
PTS controller firmware is constantly being improved and new communication protocols are added. New versions of PTS controller firmware are available for download to customers.
Support team provides 24 hour help and customer assistance on any questions which may arise with PTS controller. Questions are answered by experienced developers and programmers, who have sufficient knowledge and can assist with any questions regarding software development.