Bosch CRI 848H - Decommissioning and Disposal; Change of Location and Transport; Disposal of Substances Hazardous to Water; Disposal and Recycling of CRI;CRIN 848 H

1 689 989 087 2018-07-24| Robert Bosch GmbH
Decommissioning | CRI/CRIN 848H | 97
en
9. Decommissioning
9.1 Change of location
¶ If the CRI/CRIN 848H is passed on, all the documenta-
tion included in the scope of delivery must be handed
over together with the unit.
¶ The CRI/CRIN 848H is only ever to be transported in
the original or equivalent packaging.
CRI/CRIN 848H, accessories and packaging
should be sorted for environmental-friendly
recycling.
¶ Do not dispose CRI/CRIN 848H into house-
hold waste.
Only for EC countries:
The CRI/CRIN 848H is subject to the Euro-
pean directive 2012/19/EC (WEEE).
Dispose of used electrical and electronic
devices, including cables, accessories and
batteries, separately from household waste.
¶ Make use of the local return and collection
systems for disposal.
¶ Proper disposal of CRI/CRIN 848H prevents
environmental pollution and possible health
hazards.
1. Disconnect the CRI/CRIN 848H from the mains and
detach the power cord.
2. Dismantle the CRI/CRIN 848H and sort out and
dispose of the different materials in accordance with
the applicable regulations.
! Test oil as per ISO 4113 is classified under used oil
iicollection category 1. In category 1, the used oil
must not contain any foreign substances such as
used oils of a different category, gasoline or diesel
fuel. The corresponding refuse code number can be
taken from the safety data sheet of the test oil.
9.2 Disposal and scrapping
9.2.1 Substances hazardous to water
! Oils and greases as well as refuse containing oil and
grease (e.g. filters) represent a hazard to water.
1. Substances hazardous to water must not be allowed
to enter the sewage system.
2. Substances hazardous to water must be disposed of
in accordance with the applicable regulations.
9.2.2 CRI/CRIN 848H and accessories
10. Technical data
Designation Value
High-pressure pump weight approx. 7 kg
Clamping device gross weight approx. 48 kg
Test pressure max. 220 MPa
Flow rate at speed 1000 rpm approx. 79 l/h
Control electronics voltage supply U
Bat
14 VDC  28 VDC  0.5
Injector voltage supply U
I
14 VDC  28 VDC  0.5
Max. capacitor voltage U
C
+60 VDC
Capacitor voltage adjustment range U
C
30 VDC  60 VDC
Capacitor voltage resolution U
C
0.535 V
Max. measurable injector current I
IMax
31.8 A
Injector current resolution I
IResolution
0.250 A
Max. adjustable injector current I
IMax
for
boost phase
25 A
Injector current adjustment range I
IMax
for boost phase
5 A  25 A
Max. adjustable injector current I
IMax
for
pick-up phase
21 A
Injector current adjustment range I
IMax
for pick-up phase
5 A  21 A
Max. adjustable injector current I
IMax
for
holding phase
17 A
Injector current adjustment range I
IMax
for holding phase
5 A  17 A
Possible decay voltage (fast decay) U
I
= -(U
C
+ 2 V)
Possible decay voltage (Standard) U
I
= -(U
C
– U
Bat
+ 2 V)
Possible decay voltage (free running) U
I
= –1 V
Constant pick-up current
0 µs or 100 µs  500
µs
Holding current minimum duration
30 µs  100 µs
Current regulation difference I
XMax
– I
XMin
Min. +1 A and max.
+3 A
Injections per minute
100  2000
Total actuation period of actuation pro
-
file
130 µs  3000 µs
11. Glossary
The following abbreviations are used in these instructions:
EPS 815 Injection pump test bench
EPS 708 Common rail test bench
KMA Continuous electronic metering system
CRS Common rail test set
CRI Common rail injector for passenger cars
CRI Piezo Common rail piezo injector
CRIN Common rail injector for
commercial vehicles
bar 1 bar = 0.1 MPa = 100 kPa = 100000 Pa
Pa 1 Pascal = 0.01 mbar
ZME metering unit