1, viwanda, majengo ya kiraia moto kudhibiti shinikizo la maji;
2, joto, hali ya hewa, boiler ya shinikizo la maji;
3, uhandisi wa siri, ujenzi wa muda na madini madogo, maisha ya maeneo ya mbali kutoa maji.

1, vifaa ni ndogo, muundo compact, hakuna vikwazo vya usambazaji wa maji, inaweza kuweka usambazaji wa maji kwa mtandao wa bomba la moto kwa urefu wowote;
2, ina vifaa vya Wizara ya Uwekezaji, mzunguko mfupi wa ujenzi, ufungaji rahisi wa ujenzi, urahisi wa kufikia udhibiti wa moja kwa moja;

Kiwango cha kiasi: 0 ~ 30m3 / h;
Shinikizo mbalimbali: 0 ~ 2.5MPa;
Nguvu ya moto: 0.75 ~ 22kW;
Joto la mazingira: 5 ℃ -40 ℃;
unyevu: 20% -90%;
Joto la kioevu: 5 ℃ -80 ℃

Nambari ya mfululizo	Mfano wa vifaa vya kudhibiti	Shinikizo la moto (Mpa) P1	Tank ya shinikizo la hewa ya membrane				Pampu ya maji	Shinikizo la Kuendesha (Mpa)
			Maelezo ya mfano	Shinikizo la kazi kulingana αb	Kiwango cha maji ya moto (L)		Mfano
					Kiwango cha kiwango	Ukubwa wa maji ya shinikizo
1	XQ G-I-10	0.10	XQG600 × 0.6	0.60	150	159	ISG32-160 N = 1.5kw	P1 = 0.10 PS1 = 0.16 P2 = 0.13 PS2 = 0.31
2	XQ G-I-16	0.16	XQG600 × 0.6	0.60	150	159	ISG32-200A N = 2.2kw	P1 = 0.16 PS1 = 0.26 P2 = 0.23 PS2 = 0.42
3	XQ G-I-22	0.22	XQG600 × 0.6	0.60	150	159	ISG32-200 N = 3.0kw	P1 = 0.22 PS1 = 0.31 P2 = 0.28 PS2 = 0.46
4	XQ G (W) -KiKiwango cha 10	0.10	XQG800 × 0.6	0.60	300	320	ISG40-160 N = 2.2kw	P1 = 0.10 PS1 = 0.16 P2 = 0.13 PS2 = 0.31
5	XQ G (W) -KiKiwango cha 16	0.16	XQG800 × 0.6	0.60	300	320	ISG40-200A N = 3.0kw	P1 = 0.16 PS1 = 0.26 P2 = 0.23 PS2 = 0.42
6	XQ G (W) -Mkuu-22	0.22	XQG800 × 0.6	0.60	300	320	ISG40-200 N = 4.0kw	P1 = 0.22 PS1 = 0.31 P2 = 0.28 PS2 = 0.46
7	XQ G (W) -II-Z-38	0.22-0.38	XQW800 × 0.6	0.85	150	234	25LG3-10 × 6 N = 2.2kw	P1 = 0.38 PS1 = 0.48 P2 = 0.43 PS2 = 0.60
8	XQ G (W) -II-Z-50	0.38-0.50	XQW800 × 1.0	0.85	150	234	25LG3-10 × 8 N = 2.2kw	P1 = 0.50 PS1 = 0.60 P2 = 0.56 PS2 = 0.75
9	XQ G (W) -II-Z-65	0.50-0.65	XQW800 × 1.0	0.85	150	234	25LG3-10 × 10 N = 3.0kw	P1 = 0.65 PS1 = 0.81 P2 = 0.77 PS2 = 0.93
10	XQ G (W) -II-Z-85	0.65-0.85	XQW800 × 1.6	0.85	150	234	25LG3-10 × 12 N = 4.0kw	P1 = 0.85 PS1 = 1.01 P2 = 0.93 PS2 = 1.10
11	XQ G (W) -II-Z-100	0.85-1.00	XQW800 × 1.6	0.85	150	234	25LG3-10 × 14 N = 4.0kw	P1 = 1.00 PS1 = 1.16 P2 = 1.09 PS2 = 1.27
12	XQ G (W) -II-X-38	0.22-0.38	XQG1000 × 0.6	0.80	300	302	25LG3-10 × 6 N = 2.2kw	P1 = 0.38 PS1 = 0.48 P2 = 0.43 PS2 = 0.60
13	XQ G (W) -II-X-50	0.38-0.50	XQG1000 × 1.0	0.80	300	302	25LG3-10 × 8 N = 2.2kw	P1 = 0.50 PS1 = 0.60 P2 = 0.56 PS2 = 0.75
14	XQ G (W) -II-X-65	0.50-0.65	XQG1000 × 1.0	0.80	300	302	25LG3-10 × 10 N = 3.0kw	P1 = 0.65 PS1 = 0.81 P2 = 0.77 PS2 = 0.93
15	XQ G (W) -II-X-85	0.65-0.85	XQG1000 × 1.6	0.80	300	302	25LG3-10 × 12 N = 4.0kw	P1 = 0.85 PS1 = 1.01 P2 = 0.93 PS2 = 1.10
16	XQ G (W) -II-X-100	0.85-1.0	XQG1000 × 1.6	0.80	300	302	25LG3-10 × 14 N = 4.0kw	P1 = 1.00 PS1 = 1.16 P2 = 1.09 PS2 = 1.27
17	XQ G (W) -II-XZ-38	0.22-0.38	XQG1200 × 0.6	0.80	450	474	25LG3-10 × 6 N = 2.2kw	P1 = 0.38 PS1 = 0.48 P2 = 0.43 PS2 = 0.60
18	XQ G (W) -II-XZ-50	0.38-0.50	XQG1200 × 1.0	0.80	450	474	25LG3-10 × 8 N = 2.2kw	P1 = 0.50 PS1 = 0.60 P2 = 0.56 PS2 = 0.75
19	XQ G (W) -II-XZ-65	0.50-0.65	XQG1200 × 1.0	0.80	450	474	25LG3-10 × 10 N = 3.0kw	P1 = 0.65 PS1 = 0.81 P2 = 0.77 PS2 = 0.93
20	XQ G (W) -II-XZ-85	0.65-0.85	XQG1200 × 1.6	0.80	450	474	25LG3-10 × 12 N = 4.0kw	P1 = 0.85 PS1 = 1.01 P2 = 0.93 PS2 = 1.10
21	XQ G (W) -II-XZ-100	0.85-1.0	XQG1200 × 1.6	0.80	450	474	25LG3-10 × 14 N = 4.0kw	P1 = 1.00 PS1 = 1.16 P2 = 1.09 PS2 = 1.27