REMS Power-Press - Preparations for Use

Thrust REMS Ax-Press 25
22 V
ACC 20 kN
Thrust REMS Ax-Press 25 L 22 V ACC 13 kN
Thrust REMS Ax-Press 30 22 V 30 kN
Thrust REMS Akku-Ex-Press 22 V ACC 20 kN
Thrust REMS P
ower-Ex-Press Q & E ACC 34 kN
The specifi ed forces are nominal forces.
1.5. Electric Data
REMS Power-Press SE 230 V~; 50 – 60 Hz; 450 W; 1.8 A
REMS Power-Press 110 V~; 50 – 60 Hz; 450 W
REMS Power-Press ACC S3 20% (AB 2/10 min)
REMS Power-Press XL ACC
all-insulated, interference-suppressed
REMS Power-Ex-Press Q & E ACC
REMS Power-Press SE 230 V~; 50 – 60 Hz; 450 W; 1.8 A
REMS Power-Press 110 V~; 50 – 60 Hz; 450 W
REMS Power-Press ACC S3 20% (AB 2/10 min)
all-insulated, interference-suppressed
REMS Mini-Press ACC 14.4 V
–
---;
–
---;
–
1.5 Ah
14.4 V
–
---;
–
---;
–
3.0 Ah
REMS Mini-Press 22 V ACC
REMS Mini-Press S 22 V ACC
REMS Ax-Press 25 22 V ACC / 21.6 V
–
---; 1.5 Ah
–
---; 1.5 Ah
–
REMS Ax-Press 25 L 22 V ACC 21.6 V
–
---; 2.5 Ah
–
---; 2.5 Ah
–
REMS Ax-Press 30 22 V
REMS Akku-Ex-Press 22 V ACC
REMS Ax-Press 25 22 V ACC / 21.6 V
REMS Ax-Press 25 L 22 V ACC 21.6 V
REMS Akku-Press, Akku-Press ACC
14.4 V
–
---; 3.0 Ah
–
---; 3.0 Ah
–
Rapid charger Li-Ion/Ni-Cd Input 230 V~; 50 – 60 Hz; 65 W
(Plug-in battery, Output 10.8 – 1
8 V
–
---
Art. No. 571560)
all-insulated, interference-suppressed
Input 110 V~; 50 – 60 Hz; 65 W
Output 10.8 – 18 V
–
---
all-insulated, interference-suppressed
Rapid charger Li-Ion Input 230 V~; 50 – 60 Hz; 70 W
(Slide-in battery,
Output 10.8 – 21.6 V
–
---
Art. No. 571575)
all-insulated, interference-suppressed
Input 110 V~; 50 – 60 Hz; 70 W
Output 10.8 – 21.6 V
–
---
all-insulated, interference-suppressed
Voltage supply Input 230 V~; 50 – 60 Hz
230 V / 14.4 V Output 14.4 V
–
---; 6 A – 33 A
–
---; 6 A – 33 A
–
all-insulated, interference-suppressed
Input 110 V~; 50 – 60 Hz
Output 14,4 V
–
---; 6 A – 33 A
–
---; 6 A – 33 A
–
all-insulated, interference-suppressed
Voltage supply Input 230 V~; 50 – 60 Hz, 350 W
230 V / 21.6 V Output 216 V
–
---; ≤ 15 A
–
---; ≤ 15 A
–
all-insulated, interference-suppressed
1.6. Dimen
sions
REMS Power-Press SE 430×118×85 mm (16.9"×4.6"×3.3")
REMS Power-Press, Power-Press ACC 370×235×85 mm (14.6"×9.2"×3.3")
REMS Power-Press XL ACC 525×255×90 mm (20.7"×10.0"×3.5")
REMS Mini-Press ACC 288×260×80 mm (11.3"×10.2"×3.1")
REMS Mini-Press 22 V ACC 273×260×75 mm (10.7"×10.2"×3.0")
REMS Mini-Press S 22 V ACC 405×145×75 mm (15,9"×5,7"×3,0")
REMS Akku-Press, Akku-Press ACC 338×298×85 mm (13.3"×11.7"×3.3")
REMS Ax-Press 25 22 V ACC 280×260×75 mm (11,0"×10,2"×3,0")
REMS Ax-Press 25 L 22 V ACC 305×260×75 mm (12,0"×10,2"×3,0")
REMS Ax-Press 30 22 V 275×290×75 mm (10,8"×11,4"×3,0")
REMS Akku-Ex-Press 22 V ACC 200×250×75 mm (7,9"×9,8"×3,0")
REMS Power-Ex-Press Q & E
ACC 420×245×81 mm (16.5"×9.6"×3.2")
1.7. Weig
hts
REMS Power-Press SE drive unit 4.7 kg (10.4 lb)
REMS Power-Press / ACC drive unit 4.7 kg (10.4 lb)
REMS Power-Press XL ACC 5.5 kg (12.1 lb)
REMS Mini-Press ACC drive unit without battery 2.1 kg (4.5 lb)
REMS Mini-Press 22 V ACC drive unit without battery 2.1 kg (4.5 lb)
REMS Mini-Press S 22 V ACC drive unit without battery 2.2 kg (4.9 lb)
REMS Akku-Press / ACC drive unit without battery 3.8 kg (8.3 lb)
REMS Ax-Press 25
22 V
ACC drive unit without battery 2.6 kg (5.6 lb)
REMS Ax-Press 25 L
22 V
ACC drive unit without battery 2.8 kg (6.1 lb)
REMS Ax-Press 30
22 V
drive unit without battery 4.2 kg (9.3 lb)
REMS Akku-Ex-Press
22 V
ACC drive unit without battery
22 V ACC drive unit without battery 22 V
without expander 2.0 kg (4,4 lb)
Expander Cu (REMS Akku-Ex-Press 22 V ACC) 0.3 kg (0,7 lb)
Expander P (REMS Akku-Ex-Press 22 V ACC) 0.3 kg (0,7 lb)
Expander Q & E (REMS Akku-Ex-Press 22 V ACC) 0.3 kg (0,7 lb)
REMS Power-Ex-Press Q & E ACC drive unit 5.6 kg (12.2 lb)
REMS battery Li-Ion 14.4 V, 1.5 Ah 0.3 kg (0.6 lb)
REMS battery Li-Ion 14.4 V, 3.0 Ah 0.5 kg (1.1 lb)
REMS battery Li-Ion 21.6 V, 1.5 Ah 0.4 kg (0.9 lb)
REMS battery Li-Ion 21.6 V, 2.5 Ah 0.4 kg (0.9 lb)
Pressing tongs (average) 1.8 kg (3.9 lb)
Pressing tongs Mini (average) 1.2 kg (2.6 lb)
Pressing heads (pair, average) 0.3 kg (0.6 lb)
Expanding head (average) 0.2 kg (0.4 lb)
Adapter tongs Z2 2.0 kg (4.8 lb)
Adapter tongs Z4 3.6 kg (7.8 lb)
Adapter tongs Z5 3.8 kg (8.2 lb)
Adapter tongs Z6 XL 5.5 kg (12.1 lb)
Pressing ring M54 (PR-3S) 3.1 kg (6.7 lb)
Pressing ring U75 (PR-3B) 2.7 kg (5.9 lb)
1.8. Noise information
Emission at workplace
REMS Power-Press SE L
pA
= 76 dB L
pA
= 76 dB L
pA
WA
= 76 dB L
WA
= 76 dB L
= 87 dB K = 3 dB
WA
= 87 dB K = 3 dB
WA
REMS Power-Press / ACC / XL ACC L
pA
= 81 dB L
pA
= 81 dB L
pA
WA
= 81 dB L
WA
= 81 dB L
= 92 dB K = 3 dB
WA
= 92 dB K = 3 dB
WA
REMS Mini-Press ACC / 22 V ACC /
S 22 V ACC L
pA
= 73 dB L
pA
= 73 dB L
pA
WA
= 73 dB L
WA
= 73 dB L
= 84 dB K = 3 dB
WA
= 84 dB K = 3 dB
WA
REMS Akku-Press /ACC L
pA
= 74 dB L
pA
= 74 dB L
pA
WA
= 74 dB L
WA
= 74 dB L
= 85 dB K = 3 dB
WA
= 85 dB K = 3 dB
WA
REMS Ax-Press 25 22 V ACC /
L 22 V ACC L
pA
= 73 dB L
pA
= 73 dB L
pA
WA
= 73 dB L
WA
= 73 dB L
= 84 dB K = 3 dB
WA
= 84 dB K = 3 dB
WA
REMS Ax-Press 30 22 V L
pA
= 74 dB L
pA
= 74 dB L
pA
WA
= 74 dB L
WA
= 74 dB L
= 85 dB K = 3 dB
WA
= 85 dB K = 3 dB
WA
REMS Akku-Ex-Press 22 V ACC L
pA
= 73 dB L
pA
= 73 dB L
pA
WA
= 73 dB L
WA
= 73 dB L
= 84 dB K = 3 dB
WA
= 84 dB K = 3 dB
WA
REMS Power-Ex-Press Q & E ACC L
pA
= 81 dB L
pA
= 81 dB L
pA
WA
= 81 dB L
WA
= 81 dB L
= 92 dB K = 3 dB
WA
= 92 dB K = 3 dB
WA
1.9. Vibrations
Weighted effective value of acceleration < 2,5 m/s² K = 1,5 m/s²
The specifi ed vibration emission value was measured according to a standard
test method and can be used for comparison with another power tool. The
specifi ed vibration emission value can also be used for an initial estimation of
the cut-out.
CAUTION
CAUTION
The vibration emission value may differ from the specifi ed value during actual
use of the power tool depending on the manner in which the power tool is used.
Dependent upon the actual conditions of use (periodic duty) it may be necessary
to establish safety precautions for the protection of the operator.
2. Preparations for Use
CAUTION
CAUTION
After the drive unit has been in storage for a long period of time, the overpres-
sure valve must be actuated fi rst by pressing the reset button (13) before putting
back into operation. If it is stuck or stiff, it may not be pressed. The drive unit
must be handed over to an authorized REMS customer service workshop for
inspection.
CAUTION
CAUTION
Transport weights above 35 kg must be carried by at least 2 persons.
The respective latest sales literature applies for the use of REMS pressing
tongs, REMS Mini pressing tongs, REMS pressing rings with adapter tongs,
REMS pressing heads and REMS expanding heads for the different pipe
connection systems, see also
www.rems.de
→ Downloads → Product Cata-
logues, Brochures. If the system manufacturer alters components of pipe
connection systems or markets new ones, their current application status must
be enquired about at REM
S (Fax +49 7151 17 07 - 110 or e-mail info@rems.
de). Subject to change and error.
2.1. Electrical connection
WARNING
Note the mains
voltage!
Before connecting the drive unit or the rapid charger,
check whether the voltage given
on the rating plate corresponds to the mains
voltage. On building sites, in a wet environment, indoors and outdoors or under
similar installation conditions, only operate the power tool on the mains with a
fault current protection switch (FI switch) which interrupts the power supply as
soon as the leakage curre
nt to earth excee
ds 30 mA for 200 ms.
Rechargeable batteries
NOTICE
Always hold
the b
attery 14.4 V (25) upright when inserting it in the drive unit
or the rapid
charger. If inserted at an angle it can cause damage to the contacts
and result in a short circuit which damages the battery.
Total disch
arging by undervo
ltage
The Li-Ion batteries may not drop below a minimum voltage because otherwise
the battery could be damaged by "total discharge". The cells of the REMS Li-Ion
battery are delivered pre-charg
ed to approx. 40 %. Therefore the Li-Ion batteries
must be charged before use and recharged regularly. Failure to observe this
regulation of the cell manu
facturer can lead to damage to the Li-Ion battery by
total discharging.
Total discharging d
ue to storage
If a relatively low charged Li-Ion battery is stored, self discharging can lead to
total discharge damage of the batt
ery after longer storage. Li-Ion batteries must
therefore be charged before storing and recharged every six months at the
latest and charged again
before use.
NOTICE
Charge the batte
ry before use. Recharge Li-Ion batteries regularly to avoid
their total discharge. The rechargeable battery will be damaged by total
discharge.