Belshaw ESR-3 User Manual

ESR Bowl elevator-tipper
ESR
Supplied and serviced by
BELSHA
W ADAMATIC BAKERY GROUP
1-800-578-2547
www.belshaw-adamatic.com
info@belshaw-adamatic.com
Hydraulic elevator ESR/3M - rest position.
ESR Bowl elevator-tipper
The ESR bowl elevators-tippers are used to transfer the dough from the bowls of removable trolley mixers ISE/A - ISE N A - FBLA to the work bench, or into hoppers fitted on volumetric dividers SP - DVP
Features
 Structural steelwork painted with dual cycle anti-
corrosion treatment and epoxy coating (food contact).
on request).
This machine complies regulations.
MODEL
ESR/3 01733002 01734002 For unloading onto bench (hydraulic)
ESR/3M 01740002 01742002 For high unloading (hydraulic)
These photos and this document are not contractually binding.
Bowl Ref.
160-200
Bowl Ref.
250-300
Description
ESR Bowl elevator-tipper
DATI TECNICI-TECHNICAL FEATU RES
I
SE NA ISEA
160-200 250-300 160- 200 250-300 A m m 2690 2690 2730 2800 B m m 1270 1200 1275 1200 C mm 315 315 265 265 D mm 1750 1750 1680 1750 E m m 2200 2200 2140 2200 F m m 2740 2740 2780 2850 G m m 1835 1835 1880 1950 H m m 940 1090 940 1090 POTENZA I NSTALLATA- INST ALLED POW ER kW 1,2 1,2 1,2 1,2 POTEN ZA M AX ASSORBITA- MAX ABSORBED POW ER kW 1,2 1,2 1,2 1,2
CARRELLO/TROLLEY CARRELLO/TROLLEY
PESO-W EIGHT kg 340 350 340 350
VOLUM E IMBALLO-PAC KIN G VOLUME
3
m
3
33
3
CON NESSIONE ELETTR ICA-PLUG C OUPLIN G 3PH+ Gr 3PH+Gr 3PH+Gr 3PH+Gr
ESR Bowl elevator-tipper
DATI TECNICI-TECHNICA L FEATURES
I
SE NA ISEA
160-200 250-300 160-200 250- 300 A m m 3200 3200 3260 3325 B m m 1880 1810 1931 1750 C m m 275 275 332 335 D mm 1989 2100 1989 2055 E m m 2530 2530 2350 2405 F m m 3230 3230 3310 3375 G mm 2285 2285 2278 2355 H m m 940 1090 940 1090 POTENZA INSTALLAT A-IN STALLED POW ER kW 1,2 1,2 1,2 1,2 POTEN ZA M AX ASSORBITA- MAX ABSORBED POW ER kW 1,2 1,2 1,2 1,2
CARRELLO/TROLLEY CARRELLO/TROLLEY
PESO-W EIGHT kg 360 370 360 370
VOLUM E IM BALLO- PACKING VOLU ME
3
m
3,2 3,4 3,2 3,4
CON N ESSIONE ELETTRIC A-PLUG C OUPLING 3PH+Gr 3PH+ Gr 3PH+Gr 3PH+Gr
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