б/у Экструзионно-выдувные машины до 2 л: JOMAR BlowStar EBM 2.0D на продажу 2007 года

Технические данные JOMAR BlowStar EBM 2.0D б/у

Номер референции: 300037704

Бренд: JOMAR

Год: 2007

ДОПОЛНИТЕЛЬНЫЕ ХАРАКТЕРИСТИКИ:

INCLUDES 2 HEADS

1. CD125 Double Head
2. CD55 Five Head

FEATURES
1. Bosch closed loop proportional valves for the carriage stroke and for the opening-closing of the mold plates.
2.Pneumatics/Bosch pneumatics.
3. Parker pistons.
4. Tiebar-less clamp system (allows easy mold change over).
5. Processing HDPE, LDPE,PP, HMWPE, PVC, PC,PETG, etc capability.
6. Single, double, triple head capability.
7. In machine automatic deflashing with cooling station.
8. Machine fully controlled by a microprocessor operating system.
9. Color screen on machine front.
10. Low power consumption.
11. Extruder DC motor drive.
12. Nitrided screw and barrel.
13. Gripper at bottle outlet.
14. Moog valve and piston for the parison thickness control.


* Power supply
Max.installed power : kW 75
Average absorbed power: kW 40
Power supply voltage: Vac 380
Frequency : Hz 50/60

* Extruder motor power at 380 V kW 41
Screw diameter: mm 70
Screw length mm 1750
Heating areas n 4
Max.extruder capacity(HDPE) kg/h 100
Max.extruder capacity(PVC) kg/h 70
Max.extruder capacity(PP) kg/h 70
Extruder screw speed rpm 0-100

* Mould platen dimensions
Length 290 mm
Width 90 mm
Heigth 300 mm
Tickness 30 mm
Opening stroke 150 mm
Carriage stroke 300 mm

Min.drive cycle time(loadless) sec 1,4
Operating pressure bar 130
Set pressure of max.pressure valve bar 150
Hydraulic pump motor absorved power kW 9
Hydraulic pump motor r.p.m. rpm 1500
Tank capacity l 200
Oil type HLP 46 DIN 51524
Max.closing power of mold holder daN 40
Air feeding pressure bar 6-9
Air feeding flow rate l/min 1000

Feeding water input temperature 0C 5-6
Mold cooling(average thermal head) 0C 3
Heat to be cooled down at max.extrusion(HDPE) kJ/h 63,000
Heat to be cooled down at max.extrusion(PP) kJ/h 47,040
Heat to be cooled down at max.extrusion(PVC) kJ/h 29,400
Hydraulic circuit cooling kJ/h 40,000