PRINTER PRESENTER UNIT
MODEL
PRU·PMU·PHU Series
Rev .1.0 First created Oct. 14, 1999
Rev .1.1 Revised Jan. 25, 2000
Specifications
i
REVISION
Rev.No. Date Content
Rev. 1.0 Oct. 14, 1999 First created
Rev. 1.1 Jan. 25, 2000 Revised
1. These specifications only apply to this product.
2. The contents of these specifications are subject to change without prior notice. Always consult the latest
revision of the specifications.
3. Transcription, duplication, or modification of any content of these specifications is prohibited without
written permission from Japan CBM Corporation.
NOTE
ii
THE TABLE OF CONTENTS
1. GENERAL OUTLINE .......................................................................... 1
1.1 Features ....................................................................................................................1
1.2 Uses.......................................................................................................................... 1
2. BASIC SPECIFICATIONS .................................................................. 3
2.1 Classification of Equipment..................................................................................... 3
2.1.1 PRU Series (Presenter Unit)............................................................................ 3
2.1.2 PMU Series (Printer Mechanism Unit) ........................................................... 3
2.1.3 PHU Series (Paper Holding Unit) ................................................................... 3
2.2 Specifications Lists .................................................................................................. 4
2.2.1 PRU Series (Presenter Unit)............................................................................ 4
2.2.2 PMU Series (Printer Mechanism Unit) ........................................................... 7
2.2.3 PHU Series (Paper Holding Unit) ................................................................... 7
2.3 Designing PRU and PMU Unit Installation............................................................. 8
3. CONNECTION TERMINALS........................................................... 10
3.1 Connection Terminals ............................................................................................ 10
3.1.1 Presenter’s Connection Terminals................................................................. 10
3.1.2 Auto-Cutter’s Connection Terminals............................................................. 11
3.2 PMU Connection Terminals .................................................................................. 12
4. FLOW CHART ........................................................................... 15
4.1 PRU Unit Initialization at Power On ..................................................................... 15
4.2 Printing (Issuing Receipts)..................................................................................... 17
4.3 Outputting Printed Paper ....................................................................................... 18
5. TIMING CHART ........................................................................ 19
5.1 PRU Timing Chart ................................................................................................. 19
5.2 PPU Timing Chart (Controlled by paper sensor)................................................... 20
6. DESIGN CONSIDERATIONS .................................................... 21
iii
7. OPERATION ....................................................................................... 22
7.1 PRU (Presenter Unit) ............................................................................................. 22
7.1.1 Clearing Jams in the Presenter ...................................................................... 22
7.1.2 Releasing a Locked Cutter ............................................................................ 23
7.2 PMU (Printer Mechanism Unit) ............................................................................ 24
7.2.1 Loading Printing Paper ................................................................................. 24
7.2.2 Removing Residual Paper ............................................................................. 26
7.2.3 Clearing Paper Jams...................................................................................... 27
7.3 PHU (Paper Holding Unit) .................................................................................... 28
7.3.1 Loading a Paper Roll..................................................................................... 28
7.3.2 Paper-Near-End Sensor Function.................................................................. 29
8. OUTLINE DRAWINGS ...................................................................... 30
8.1 Outline Drawing for PRU-130............................................................................... 30
8.2 Outline Drawing for PMU-231.............................................................................. 31
8.3 Outline Drawing for PHU-131/132 ....................................................................... 32
PRU·PMU·PHU SERIES SPECIFICATIONS
1
1. GENERAL OUTLINE
The PRU-130 is a presenter unit (automatic paper feed output unit) equipped with an auto-cutter
mechanism. When used in conjunction with various types of printer, the PRU-130 can help to
prevent paper misfeeds, paper jams, and troubles associated with issuing coupons and receipts.
The PMU-231 is a mechanical printer unit exclusively designed for the PRU-130.
The PHU-131 / 132 is a paper holder that can accommodate a large-diameter paper roll.
1.1 Features
<PRU-130>
•Compact and lightweight.
•High reliability realized at a low cost, based on a simple mechanism.
•Up to 170 mm (or 6.7 inches) long receipts can be issued. (Receipts longer than 170 mm are
pushed out of the paper output slot as printing proceeds.)
•Equipped with a thin-type, high-reliability auto-cutter.
<PMU-231>
•High speed with low noise, based on line thermal printing technology.
•Long-life head adopted, and high reliability attained with a simple mechanism.
<PHU-131 / 132>
•Capable of holding a large-diameter paper roll (ø 203 mm max.).
•Near-paper-end sensor adjustable.
•Capable of 2-level detection of near-paper-end conditions. (PHU-132)
1.2 Uses
• Issuing a variety of tickets and coupons (game machines and amusement equipment).
• Unattended ticket issuing systems
• Outdoor information terminals (KIOSK)
• ATM bank terminals
PRU·PMU·PHU SERIES SPECIFICATIONS
2
CAUTION:
•Install this equipment to machines which are placed horizontally and securely.
•Do not install the equipment near a heater, radiator, or in direct sunlight.
•Avoid using the equipment in a high-temperature, high-humidity, or dirty environment.
•Avoid condensation occurring on or inside the equipment. If condensation should occur, never turn on
the equipment until the condensation disappears completely.
•Be sure to keep this User’s Manual with care for future reference.
PRU·PMU·PHU SERIES SPECIFICATIONS
3
2. BASIC SPECIFICATIONS
2.1 Classification of Equipment
2.1.1 PRU Series (Presenter Unit)
PRU-130
<Composition>
•Paper transport section
•Auto-cutter
•Paper sensor
•Attaching bracket
2.1.2 PMU Series (Printer Mechanism Unit)
PMU-231
<Composition>
•Printer mechanism
•Paper guide
•Attaching bracket
2.1.3 PHU Series (Paper Holding Unit)
PHU-13 1
PNE sensor
1 : 1 piece
2 : 2 pieces
PRU·PMU·PHU SERIES SPECIFICATIONS
4
2.2 Specifications Lists
2.2.1 PRU Series (Presenter Unit)
(1) General Specifications
Item Content
Used Paper Type : Thermal paper
Paper width : 58 to 82.5 mm
Paper thickness : 60 to 85 µm
Presenter
Standard issue length : 64 to 170 mm (2.5 to 6.7 inches)
When used in combination with the PMU-231
∗Refer to “2.3 Designing PRU and PMU Unit Installation’’
Issue speed : Approx. 350 mm/sec
Auto-cutter Cutting method : V-shaped blade, slide-type full cutting
(ACS-230F) Allowable cutting frequency : 20 cuts/min
Drive voltage DC 24 V ±10% (Motor)
DC 5 V ± 5% (Sensor related)
Reliability Presenter life: 30 km or over
Auto cutter life : 500,000 cuts or over
Use environment Operation : 5 to 40 C°; 35 to 85 % RH (no condensation)
Storage : – 20 to 60 C°; 10 to 90 % RH (no condensation)
External dimensions
Refer to “8.1 Outline Drawing for PRU-130”.
Weight 0.5 kg
(2) Paper issue length
64 to 170 mm (2.5 to 6.7 inches)
•When used in combination with the printer mechanism unit PMU-231.
•The length of paper longer than 170 mm is pushed out of the paper output slot.
• Refer to “2.3 Designing PRU and PMU Unit Installation” and “4. FLOW CHART” and
“5. TIMING CHART”.
(3) Motor
When voltage is applied to the motor, the paper is transported. Referring to “4. FLOW CHART”
and “5. TIMING CHART”, perform motor control.
Type : DC brush motor
Drive voltage : DC 24 V ± 10 %
Current : Max. starting current : 140 mA (DC 24 V, 25 C°)
Ave. starting current : 60 mA (DC 24 V, 25 C°)
PRU·PMU·PHU SERIES SPECIFICATIONS
5
Item Symbol Rated value
Forward current IF 50 mA
Input Reverse current VR 6 V
Allowable loss P 75 mW
Collector-emitter voltage VCEO 35 V
Output
Emitter-collector voltage VECO 6 V
Collector current I
C
20 mA
Collector loss PC 75 mW
Total allowable loss Ptot 100 mA
Operating temperature T
opr
– 20 to +85 C°
Storage temperature Tstg – 40 to +100 C°
Soldering temperature (within 5 sec) Tsol 260 C°
• Recommended circuit diagram
(4) Paper sensor
• Type : Reflective-type photo-interrupter
• Product No. : GP2S24 (SHARP)
• Absolute max. rating : (25 C°)
* For pin numbers, refer to “ 3. 1 Connection Terminals”.
CPU
M
1KΩ
Vdd (+24 V)
4
+24V
5
GND
2SC4671
* 2SC4671 is a Darlington transistor with a built-in Zener diode.
PRU·PMU·PHU SERIES SPECIFICATIONS
6
Item Symbol Condition
Min. Standard Max.
Unit
value value value
Input
Forward voltage V
F
IF=20 mA 1.2 1.4 V
Reverse current IR VR=6 V 10 µA
Output Dark current ICEO VCE=20 V 10
–9
10
–7
A
Photocurrent I
C
IF=4 mA, VCE=2 V
20 45 120 µA
Transfer
Response Upper limit tr
VCE=2 V, I C=100 µA
20 100 µs
charac-
time Lower limit tf
RL=1 kΩ, d=1 mm
20 100 µs
teristics
Leakage current I
LEAK
IF =4 mA, V
CE
=2 V
0.1 µA
• Photoelectric characteristics
• Recommended circuit diagram
* For pin numbers, refer to “ 3. 1 Connection Terminals”.
CPU
100Ω
180Ω
33KΩ
0.01µF
33KΩ
3.3KΩ
VddVddVdd
1
2
3
Paper sensor
(Photo-interrupter)
Anode
Collector
Cathode
User side Presenter side
GND GND GND GND
(5) Auto Cutter
For recommend circuit and seguence diagrams, refer to the separate “ACS 230 Specifications”.
PRU·PMU·PHU SERIES SPECIFICATIONS
7
2.2.2 PMU Series (Printer Mechanism Unit)
<General Specifications>
Item Content
Print mechanism LT-380V Bottom paper insertion
Print method Line thermal dot printing
Print width 72 mm/576 dots
Dot density 8 dots/mm (horizontal and vertical)
Print speed 62.5 mm/s (at max. speed), (500 dot lines/s)
Print column and 48 columns (12 × 24 font A) 1.25 × 3.00 mm
character size 64 columns (9 × 24 font B) 0.88 × 3.00 mm
Line spacing 4.23 mm (1/6 inches)
Selectable with commands (1/203 inches min.)
Types of bar code UPC-A, JAN (EAN) : 13 col./8 col., ITF, CODE39, CODE128, CODABAR
Used Paper Thermal paper roll : Width 80 mm
Paper thickness : 60 to 85 µm
Recommended paper : TF-50KS-E, E2C (Nippon Paper)
Sensor Auto Loading detection
Black mark detection (optional)
Head temperature detection, Head-up detection
Supply voltage DC 24 V ± 7 %
Power consumption 100 W
Weight 0.3 kg
External dimensions Refer to “8.2 Outline Drawing for PMU-231”.
Operating temperature 5 to 40 °C; 35 to 85 % RH (no condensation)
and relative humidity
Storage temperature –20 to 60 °C; 10 to 90 % RH (no condensation)
and relative humidity
Reliability Print head service life
Pulse resistance : 50 million pulses or over (print coverage 12.5 %)
Wear resistance : 30 km or over (at normal temperature and humidity with recommended
thermal paper)
Item Content
Paper Paper rolls Width 80 mm
Outside diameter ø 203 mm or less
Inside diameter ø 25.4 mm
Paper thickness 60 to 85 µm
Sensor PHU-131 PaperNearend sensor 1-level (adjustable)
PHU-132 PaperNearend sensor 2-level (adjustable)
Weight 0.9 kg (with paper roll excluded)
External dimensions Refer to “8.3 Outline Drawing for PHU-131/132”.
Operating temperature 5 to 40 °C; 35 to 85 % RH (no condensation)
and humidity
Storage temperature –20 to 60 °C; 10 to 90 % RH (no condensation)
and humidity
2.2.3 PHU Series (Paper Holding Unit)
<General Specifications>
* For details, refer to the specifications for the LT-380/381 Thermal Printers.
PRU·PMU·PHU SERIES SPECIFICATIONS
8
2.3 Designing PRU and PMU Unit Installation
Install the PRU and PMU units by referring to the following dimensions.
0
0
81.4
50
28.5
52
12°
37.5
When paper is longer
than 170 mm
Detection position
of the auto loading Sensor
Papen Sensor detection
position
PRU·PMU·PHU SERIES SPECIFICATIONS
9
CAUTION:
•As mounting holes for the PRU and PMU units, ø 2.7 mm burred holes are provided. So, when
mounting them, use M3 tapping screws.
•Exercise good care so that no unnecessary load is applied to the equipment and cables.
•Make sure that there are no obstructing objects when opening/closing the PRU front door.
•Avoid installing the equipment in a hot and/or humid place.
•Avoid installing the equipment in a dusty place or where it is subjected to vibrations.
PRU·PMU·PHU SERIES SPECIFICATIONS
10
3. CONNECTION TERMINALS
3.1 Connection Terminals
3.1.1 Presenter’s Connection Terminals
(1) Connectors Used and their purposes
Function No. of pins Type Recommended mating connector
Molex
Drive motor
5
Molex 53014-0510
Paper sensor 51004-0500 53015-0510
53025-0510
Terminal No. Terminal name Function
1 Light-emitting diode Anode
2 Photo-transistor Collector Paper sensor
3 Photo-transistor Emitter
4A
Presenter drive motor
5A
Paper
sensor
Presenter
drive motor
Orange
Yellow
Brown
Red
Green
12345
1
2
3
4
5
M
(2) Pin layout
(3) Circuit Diagram
(4) Terminal layout and color
Terminals No
PRU·PMU·PHU SERIES SPECIFICATIONS
11
Function No. of pins Type Recommended mating connector
Cutter drive motor
Molex
Molex
Switch
4
5264-04
5267
5268
3.1.2 Auto-Cutter’s Connection Terminals
(1) Connectors Used and their purposes
Terminal No. Wire color Function
1 Red Motor (+)
2 Black Motor (–)
3 Gray Switch
4 Gray Switch
Gray
Red
Black
Gray
1234
(2) Pin layout
(3) Terminal layout and color
PRU·PMU·PHU SERIES SPECIFICATIONS
12
3.2 PMU Connection Terminals
The connection terminals are comprised of two flexible flat cables (FFC), the details of which are
shown below.
(1) Cable Connectors used and their purposes
Function No. of pins Type Recommended mating connector
•Motor
•Paper sensor FFC
Molex
•Head-up sensor
20
(Pitch = 1.25 mm)
5597-20APB
•Thermal head
5597-20CPB
(2) Arrangement of FCC cable terminals
The arrangement of the FFC terminals and the functions of their terminal pins are as shown
below.
FFC B
FFC A
120
PRU·PMU·PHU SERIES SPECIFICATIONS
13
Terminal
Signal name Function
No.
1 STRB 3 Strobe 3
2 STRB 2 Strobe 2
3 STRB 2 Strobe 2
4 STRB 2 Strobe 2
5 STRB 1 Strobe 1
6 STRB 1 Strobe 1
7 STRB 1 Strobe 1
8 V cc Thermal head driver power supply
9 TH Thermistor
10 GND GND
11 CP Clock signal for data transfer
12 DO Print data serial output
13 PR For identification of heating element resistance
14 GND GND
15 GND GND
16 GND GND
17 GND GND
18 COM Thermal head common
19 COM Thermal head common
20 COM Thermal head common
(3) The functions of the FFC terminals pins
<FFC A>
PRU·PMU·PHU SERIES SPECIFICATIONS
14
Terminal
Signal name Function
No.
1A
2B
Paper feed motor
3
A
4B
5
Photo-transistor
collector
6
Photo-transistor
emitter
Paper sensor
7
Light-emitting diode
anode
8
Light-emitting diode
cathode
9
Head-up sensor
output
Head-up sensor
10
Head-up sensor
output
11 COM Thermal head common
12 COM Thermal head common
13 COM Thermal head common
14 GND GND
15 GND GND
16 GND GND
17 LATCH Print data latch signal
18 DI Print data serial input
19 STRB 3 Strobe 3
20 STRB 3 Strobe 3
<FFC B>
PRU·PMU·PHU SERIES SPECIFICATIONS
15
4. FLOW CHART
4.1 PRU Unit Initialization at Power On
* For the ACS-230 initialization sequence and
drive sequence, refer to the separate
“Specifications for the ACS-230”.
Power On
Hardware initialization
Auto-cutter (ACS-230F)
initialization
No
Waiting for Alarm to be
reset.
Auto-loading
performed already?
On-line standby state
Presenter initialization
I
Presenter initialization
Yes
No
Paper-out in
printermechanism?
PRU·PMU·PHU SERIES SPECIFICATIONS
16
Paper feed of 20 lines
(Approx. 85 mm)
Full cutting
(Auto-cutter is driven.)
* For the ACS-230 initialization sequence and
drive sequence, refer to the separate
“Specifications for the ACS-230”.
Paper outputted from
paper exit slot?
Complete
I
Auto-cutter (ACS-230F)
initialization
Presenter motor is driven
(1.5 sec)
No
Yes
PRU·PMU·PHU SERIES SPECIFICATIONS
17
4.2 Printing (Issuing Receipts)
The following sequence takes place when one of various print commands, such as print command
(OAh), print and line feed command (ODh), print and minimal-pitch paper feed command (ESC J),
and print and n-line paper feed command (ESC d), is executed.
Printing
(Issuing receipt)
Print and paper feed
Presenter is driven
Print and paper
feed complete?
Complete
No
Yes
PRU·PMU·PHU SERIES SPECIFICATIONS
18
4.3 Outputting Printed Paper
The following sequence takes place in synchronism with the driving of the auto-cutter.
Amount of paper feed
less than 63 mm?
Paper feed of difference
of 63 mm performed.
* While feeding this difference of paper (blank
feed), if a paper-out condition occurs, the
auto-cutter is not driven, and the equipment
goes into a “wait-alarm-reset” state.
Full cutting (Auto cutter is
driven.)
* For the ACS-230 initialization sequence and
drive sequence, refer to the separate
“Specifications for the ACS-230”.
1.5 second timer
timed out?
Presenter is turned off.
Paper outputted
from paper exit slot?
Complete
Cutter driving
Presenter is driven.
1.5 second timer is
started.
No
Yes
No
Yes
Yes
No
19
PRU·PMU·PHU SERIES SPECIFICATIONS
5. TIMING CHART
5.1 PRU Timing Chart
Printer
Presenter
Auto Cutter
Motor Drive Signal
ON
OFF
Motor Drive Signal
Motor Drive Signal
Motor Brake Signal
Cutter Sensor Signal
ON
ON
OFF
ON
OFF
ON
OFF
OFF
1.5 sec
1ms
Approx. 200ms
20
PRU·PMU·PHU SERIES SPECIFICATIONS
5.2 PPU Timing Chart
(Controlled by paper sensor)
Printer
Presenter
Auto Cutter
Motor Drive Signal
ON
OFF
Motor Drive Signal
Paper Sensor
Motor Drive Signal
Motor Drive Signal
Cutter Sensor Signal
ON
LOW
HIGH
ON
OFF
ON
OFF
Approx. 200ms
1ms
ON
OFF
OFF
1.5 sec
21
PRU·PMU·PHU SERIES SPECIFICATIONS
6. DESIGN CONSIDERATIONS
(1) As mounting holes for the PRU and PMU units, ø 2.7 mm burred holes are provided. So, when
mounting them, use M3 tapping screws.
(2) Refer to Sec. 2.3 for Designing PRU and PMU Unit Installation.
(3) Exercise good care so that no unnecessary load is applied to the equipment and cables.
(4) Make sure that there are no obstructing objects when opening/closing the PRUfront door.
(5) Avoid installing the equipment in a hot and/or humid place.
(6) Avoid installing the equipment in a dusty place or where it is subjected to vibrations.
22
PRU·PMU·PHU SERIES SPECIFICATIONS
7. OPERATION
7.1 PRU (Presenter Unit)
7.1.1 Clearing Jams in the Presenter
1
Turn OFF the power.
2
Open the front door.
3
While rotating the roller with your hand, remove any paper
from the inside completely.
4
Use a pair of tweezers to remove any paper jamming
5
Close the front door.
CAUTION:
•Do not try to rotate the roller forcibly or apply excessive force. This may damage the equipment.
23
PRU·PMU·PHU SERIES SPECIFICATIONS
7.1.2 Releasing a Locked Cutter
Emergency knob
1
Referring to “7.1.1 Clearing Jams in the Presenter”, remove
any paper in the paper path.
2
Turn ON the power. The auto-cutter initializes itself, and the
blade is returned.
3
If the blade is not returned by the operation in step 2, turn
OFF the power, and rotate the auto-cutter emergency knob in
the direction of the arrow to have the auto-cutter blade
returned.
4
Using a pair of tweezers, remove any paper remaining on and
around the auto-cutter blade.
24
PRU·PMU·PHU SERIES SPECIFICATIONS
7.2 PMU (Printer Mechanism Unit)
7.2.1 Loading Printing Paper
Good Good Good
No good No good No good
Paper roller
Paper winding
direction
1
Cut the edge of the paper roll approximately at a
right angle and straight.
2
Check the winding direction of the paper roll, and
then insert the paper roller into the paper roll.
3
Install the paper roller (on which the paper roll was
set) in the paper holder.
4
Make sure that the printer is turned ON.
25
PRU·PMU·PHU SERIES SPECIFICATIONS
CAUTION:
•Always use the specified types of paper rolls.
• Use of paper other than specified may not guarantee print quality, head service life, presenter
functions, etc.
• Do not insert paper into the presenter with its end fluffed or folded over. Otherwise, paper jams or
improper paper insertion may result.
• If there is a slack in the paper, wind the paper roll back slightly to remove the slack.
• If the paper is set inclined, raise the head-up lever to correct, or pull the paper out once and then
reinsert it.
• Do not hold or push on the paper while in printing. This may cause a paper jam.
Head-up lever
Up
Down
5
If residual paper is still remaining inside after a
paper-out condition, remove it by referring to “7.2.2
Removing Residual Paper”.
6
Raise the head-up lever of the printer mechanism.
7
Insert the end of the paper roll straight into the
paper insertion slot up until the paper comes to a
stop.
8
Lower the head-up lever, and the printer is now
ready to print.
26
PRU·PMU·PHU SERIES SPECIFICATIONS
CAUTION:
•Never pull out the paper with the head-up lever left lowered. This may damage the head.
• Some mechanical parts of the printer may become HOT. Be extremely careful to do any printer
related work immediately after printing.
7.2.2 Removing Residual Paper
Knob
Head-up lever
1
Raise the head-up lever.
2
Pull the paper out slowly. The head moves away
from the platen roller, allowing the paper to be
pulled out.
27
PRU·PMU·PHU SERIES SPECIFICATIONS
CAUTION:
•The head area is HOT . Avoid any printer-related work immediately after printing.
• While removing residual paper, be careful not to touch the heated surface of the head with a bare
hand or any metal object.
7.2.3 Clearing Paper Jams
Knob
1
Turn the OFF power.
2
Cut apart the paper at a point near the paper insertion
slot.
3
Move the knobs on both sides in the direction of the
arrow to separate the printer mechanism and the autocutter.
4
Raise the head-up lever to move the head away from
the platen roller.
5
Rotate the printer mechanism knob and remove any
paper remaining in the paper path completely.
6
Lower the head-up lever, and return the printer
mechanism to its original position.
28
PRU·PMU·PHU SERIES SPECIFICATIONS
7.3 PHU (Paper Holding Unit)
7.3.1 Loading a Paper Roll
Paper winding
direction
1
Check the winding direction of the paper roll, and then insert the paper roller
into the paper roll.
2
Install the paper roller (on which paper roll was set) in the paper holder.
Paper roller
29
PRU·PMU·PHU SERIES SPECIFICATIONS
7.3.2 Paper-Near-End Sensor Function
1
When the paper supply becomes low, the PNE (Paper-NearEnd) sensor outputs a signal, informing the host of this fact,
and printing can be stopped.
2
The PNE sensor can be adjusted by loosening the screw on its
top to allow up to 50-mm paper roll diameter.
30
PRU·PMU·PHU SERIES SPECIFICATIONS
8. OUTLINE DRAWINGS
8.1 Outline Drawing for PRU-130
67(Paper roll center)
(Paper roll width)
Note 1)
4– ø 2.7
(Burred)
Paper
insertion
slot
Paper exit slot
Auto-cutter
harness
Presenter harness
Note 1): Use M3 tapping screws.
90.8
52
14.5
46.2
57.2
0
80
-0.5
6.5
74.6
7.2
97.5
4.5
9
67
121.5
160
250
Unit : mm
21.6
31
PRU·PMU·PHU SERIES SPECIFICATIONS
8.2 Outline Drawing for PMU-231
Flat cables
Note 1): Use M3 tapping screws.
4
21
68.5
4 – ø 2.7
(Burred)
37.55.25
26.5
33.23
49.23
160
1.5
Note 1)
66
80
121.3
2 – ø 3
(Slots)
Unit : mm
32
PRU·PMU·PHU SERIES SPECIFICATIONS
8.3 Outline Drawing for PHU-131/132
PNE harness
6 – ø 5
5
1.6
132.2
122.2
12
ø 203.2
(Max. paper roll dia.)
250
48 48
125.2
120
Unit : mm
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