
BIP 72-M 1/2
Intermediate Proofer 08.02.2009
Intermediate Proofer BIP 72-M
Intermediate Proofer
Specification
Intermediate proofer which is suitable for many common dough types,
such as wheat and wheat/rye dough’s with a low percentage of rye,
Advantages
- Frame made of modular closed tubular proles out of stainless steel
- Processing without our dusting
Basic execution BIP M :
- Infeed photo-cell, capacity 1200 pcs/h.
without the use of any dusting our.
The intermediate proofers from the type BIP 72 are developed for fully
automatic proong/resting of the dough pieces between rounder and
long moulder.
- All frame parts in stainless steel or nickel coated, no painted parts in dough area
- Teonized transfer box for dough transfer between pockets without sticking
problems
- Stainless steel trays
- Removable and washable plastic dough cups
- Round dough cups for dough balls results in a optimum proong
- Ultraviolet light for protection against mould
- Reliable infeed systems
- Plexiglass windows for visual inspection
- Performance reliable thanks to many years of experience
- Variable proong times
BAKERYWP
Illustration: BIP M
GROUP
- Infeed V-stepbelt, capacity 1800 pcs/h, single infeed
- Infeed V-stepbelt, capacity 3600 pcs/h, dual infeed
by means of 2-way ippergate
- Proofer runs intermittently / continiously
- Pockets round, polyaethylene, diameter 190 mm.
- Plexiglass windows
- Frame, turning device and panels stainless steel
- Chain with chain guides
- Shafts and chain wheels nickel plated
- Integrated switchboard panel
- CPU control for proofer with dual infeed, capacity 3600 pcs/h.
- Stop switch for correct tray position
- Discharge chute with outfeed on last row
- Attaching head to existing ceiling

WP BAKERYGROUP
BIP 72-M 2/2
Intermediate Proofer 08.02.2009
BIP 72-M
Technical details
Type: Infeed photo-cell Type: V-stepbelt, single infeed Type: V-stepbelt, dual infeed
(Capacity < 1200 pcs/h.) (Capacity < 1800 pcs/h.) (Capacity < 3600 pcs/h.)
Net contents Net contents Net contents
- 376-416/8-2/3111/1467* 379 - 360-376-416/8-2/3111-1467* 361 - 360-376-416/8-2/3111-1467* 355
- 392-432/8-2/3111/1734 395 - 376-392-432/8-2/3111-1734 376 - 376-392-432/8-2/3111-1734 370
- 408-448/8-2/3111/2001 411 - 392-408-448/8-2/3111-2001 391 - 392-408-448/8-2/3111-2001 386
- 424-464/8-2/3111/2268 427 - 408-424-464/8-2/3111-2268 407 - 408-424-464/8-2/3111-2268 401
- 564-624/12-2/3111/1467 571 - 540-564-624/12-2/3111-1467 544 - 540-564-624/12-2/3111-1467 538
- 588-648/12-2/3111/1734 595 - 564-588-648/12-2/3111-1734 567 - 564-588-648/12-2/3111-1734 561
- 612-672/12-2/3111/2001 619 - 588-612-672/12-2/3111-2001 590 - 588-612-672/12-2/3111-2001 584
- 636-696/12-2/3111/2268 643 - 612-636-696/12-2/3111-2268 612 - 612-636-696/12-2/3111-2268 607
* (-net-gross/number of rows-number of legs/height/head length)
Weight range
Options BIP M
- Infeed at front, outfeed backside
- Hot air blower on infeed to avoid sticky dough’s
- Exhaust fan (manual operation)
- Exhaust fan with hygrostat
- Fully automatic climatisation
- Central switching
- CPU control for proofer with photo-cell infeed and V-stepbelt single infeed
- Master slave regulation
- Adjustable discharge conveyor on last 3 rows for 12-piece proofer
- Adjustable discharge conveyor on last 4 rows for 8-piece proofer
- Stainless steel net on discharge chute in case of dropping height 1000 mm.
- Discharge conveyor with own drive, reversible, outfeed on all rows. With discharge roller and discharge chute.
- Discharge conveyor with own drive, reversible, outfeed on all rows. With discharge roller and frequency inverter (for dual infeed).
- Dierent proofer height 2844 mm, whereby the head lenght will be adjusted to reduce the dierence
- Photo-cell controlled infeed
- 1600 gr., 1800 gr. for mixed dough’s
Connecting load
- 230/400 V, 50 Hz + earth
® = registered trademark
Werner & Pfleiderer Haton B.V. Industrieterrei n 13, 5981 NK Panningen, The Netherlands.
Phone +31(0)77 -307-1860 . Fax +31(0)77-307-5148. info@ wp-haton.com . www.wp-haton.com
All details non-binding. Subject to change in the course of technical progress. All rights reserved.