CutMaster 700 - Posch

Operating Instructions 

CutMaster 700 

D1010222 - Edition - 1105 

*D1010222-1105* 

English 

Copyright by Posch Gesellschaft m.b.H., Made in Austria

Manufacturer 

2 

Manufacturer 

POSCH Gesellschaft m.b.H. 

Paul-Anton-Keller-Strasse 40 

A-8430 Leibnitz 

Tel.: +43 (0) 3452/82954 

Fax: +43 (0) 3452/82954-53 

E-mail: leibnitz@posch.com 

http://www.posch.com 

© Copyright by POSCH Gesellschaft m.b.H., Made in Austria 

Please be sure to fill this in before starting. Then you can be sure that this document relates 

to your machine, so if you have any queries you will be given the correct information. 

Machine number:.............................................................................. 

Serial number:..................................................................................... 

POSCH Austria: 

8430 Leibnitz, Paul-Anton-Keller-Strasse 40, telephone: +43 (0) 3452/82954, fax: +43 (0) 3452/82954-53, e-mail: leibnitz@posch.com 

POSCH Germany: 

84149 Velden/Vils, Preysingallee 19, telephone: +49 (0) 8742/2081, fax: +49 (0) 8742/2083, e-mail: velden@posch.com

Contents 

Contents 

1 Foreword 5 

1.1 Copyright notice 5 

1.2 Liability for defects 5 

1.3 Reservations 5 

1.4 Definitions 5 

1.5 Operating instructions 6 

2 Safety information 7 

2.1 Explanation of symbols 7 

2.2 General safety information 8 

2.3 Safety information for saws 8 

2.4 Safety instructions for conveyor belts 9 

2.5 Noise 9 

2.6 Remaining risks 10 

2.7 Proper use 10 

2.8 Incorrect use 10 

3 General 11 

3.1 Scope 11 

3.2 Description 11 

3.3 The most important components of the machine 12 

3.4 Labels and their meanings 14 

3.5 Set-up 15 

4 Start-up 16 

4.1 Driven by electric motor (type E) 16 

4.2 Driven by tractor via universal joint shaft (type PZG) 18 

4.3 Electric motor or universal joint shaft drives 19 

5 Operation 20 

5.1 Work operation 20 

5.2 Adjusting the wood stop 22 

5.3 Conveyor belt 22 

6 Switching off the machine 25 

7 Transport 26 

7.1 Machines with conveyor belt 26 

7.2 Transporting by three-point linkage on the tractor 26 

7.3 Lifting with a crane 27 

8 Checks 28 

3

Contents 

4 

8.1 Protective guards 28 

8.2 Screw fittings 28 

8.3 Hydraulic lines 28 

8.4 Saw blade 28 

8.5 V-belt tension 28 

8.6 Oil level 29 

9 Maintenance 31 

9.1 Lubrication 31 

9.2 Saw blade 31 

9.3 Changing the V-belt 34 

9.4 Oil changing 37 

9.5 Conveyor belt 40 

9.6 Cleaning 40 

10 Additional equipment 42 

10.1 Feed table extension 42 

10.2 Loading plate for feed table 43 

10.3 16 cm wood stop 43 

10.4 Chip extractor connection 44 

11 Troubleshooting 45 

12 Technical data 47 

12.1 Also on "Comfort" models 48 

13 Service 49 

EC Declaration of Conformity 50

1 

1.1 

1.2 

1.3 

1.4 

Foreword 

Thank you for buying our product. 

This machine has been built in conformity with applicable European standards and 

regulations. 

These operating instructions explain how to operate the machine safely and efficiently and 

how to maintain it. 

Any person entrusted with the transport, installation, commissioning, operation or 

maintenance of the machine must have read and understood: 

▪ the operating instructions 

▪ the safety instructions 

▪ the safety information given in the individual chapters. 

To avoid operator error and ensure problem-free operation, the operating instructions must 

be available to the operating personnel at all times. 

Copyright notice 

All documents are protected by the law of copyright. 

Documents including excerpts thereof may not be distributed or reproduced nor may their 

content be communicated without express permission. 

Liability for defects 

Read these operating instructions through carefully before putting the machine into 

operation. 

We accept no liability for damage or disruptions caused by failure to observe the operating 

instructions. 

Claims for liability must be reported as soon as the defect is identified. 

Claims are null and void for example in the following cases: 

▪ improper use 

▪ faulty attachments and drives not supplied with the machine 

▪ failure to use original spare parts and accessories 

▪ conversions or modifications, where not agreed with us in writing 

We are not liable for defects of wearing parts. 

Reservations 

Technical data, dimensions, illustrations of the machine and safety standards are subject 

to continual change and are therefore not in any circumstances binding in relation to the 

supplied machine. 

We accept no liability for printing and typesetting errors. 

Definitions 

Operator 

The operator is the party which operates the machine and uses it for its intended purpose 

or causes it to be operated by suitable, trained personnel. 

Operating personnel 

Foreword 

5

Foreword 

6 

1.5 

The operating personnel (operators) are those entrusted by the operator to operate the 

machine. 

Technical personnel 

Technical personnel are persons entrusted by the operator of the machine with special tasks 

such as installation, set-up, maintenance and troubleshooting. 

Electrician 

An electrician is a person who, by virtue of his specialist training, has knowledge of electrical 

systems, standards and regulations and is able to identify and prevent possible hazards. 

Machine 

The term machine replaces the commercial designation of the object to which these 

operating instructions relate (see cover sheet). 

Operating instructions 

This manual is a "translation of the original operating manual"

2 

2.1 

Safety information 

Explanation of symbols 

The following symbols and instructions in this manual provide warnings about possible 

personal injury or property damage or give useful information about working with the 

machine. 

DANGER 

Warning about danger zones 

Instruction regarding safe working, where non-compliance entails the risk of serious or 

fatal injury. 

Always observe these instructions and ensure that you work with particular caution and 

care. 

DANGER 

Warning of dangerous electrical voltage 

Contact with live parts can result in immediate death. 

Protective covers and enclosures marked with this sign may only be opened by qualified 

electricians after the electricity supply has been turned off. 

DANGER 

Crushing hazard 

Risk of injury through upper limbs getting trapped. 

DANGER 

Danger of cut injuries 

Risk of injury from cuts to limbs. 

NOTICE 

Instruction 

Symbol for proper use of the machine. 

Non-observance can result in malfunctions by or damage to the machine. 

Noise 

Symbol for an area where noise levels can exceed 85 dB(A). 

Non-observance can cause hearing problems or deafness. 


7


Further information 

8 

2.2 

2.3 

Symbol for further information relating to a bought-in part. 

Information 

Action-related information. 

General safety information 

The machine may only be operated by persons who are familiar with the machine’s 

operation and hazards and with the user manual. 

▪ It is the operator’s responsibility to provide appropriate staff training. 

Persons under the influence of alcohol, drugs or pharmaceutical products that impair 

responsiveness must not operate or maintain the machine. 

The machine may only be operated if it is in perfect working condition. 

Only operate the machine if it is in a stable position. 

Minimum age of operative: 18 years. 

Only one person may operate the machine at a time. 

Take regular breaks to ensure concentration. 

Ensure that your workplace is adequately illuminated since poor lighting can significantly 

increase the risk of injury. 

Never work without the protective guards in place. 

Only carry out repair, setup, maintenance and cleaning work when the drive is switched off 

and the tool is stationary. 

▪ If the machine has a PTO drive, the universal joint shaft must be removed from the 

tractor. 

▪ If the machine is driven by an electric motor, set main switch to 0 and disconnect the 

power cable. 

Never leave the machine running unattended. 

Switch off the machine's drive unit before carrying out any adjustments. 

Only use original - POSCH - spare parts. 

Do not modify or tamper with the machine. 

Work on electrical equipment must only be carried out by qualified electricians. 

Never use damaged cables. 

Machines with electric motors must not be used in the rain as this can lead to a malfunction 

of the switch or the motor. 

Safety information for saws 

Do not hold the log in your hand while sawing. 

Do not remove offcuts or other parts of the workpiece from the cutting area while the 

machine is running. 

Never reach towards the rotating saw blade with gloves. 

Only use the machine outdoors. 

▪ Should the machine be used indoors, however, a local extractor unit (extraction at 

source) is required. 

▪ The chip extractor connection required for this is available as an accessory. 

See..... Chip extractor connection [➙ 44]

2.4 

2.5 

The machine must always be properly maintained and must be kept free of waste material 

such as chips and sawn-off pieces of wood. 

Wear goggles or a face mask while working. 

Use respiratory protection to reduce the risk of inhaling harmful dust. 

Wear safety shoes and close-fitting clothes when working with this device. 

Only use saw blades that are designed to reduce noise. 

Do not use damaged or deformed saw blades! 

Minimum saw blade 

diameter 

Maximum saw blade 

diameter 

Bore 

690 mm 700 mm 30 mm 

Only saw blades conforming to the EN 847-1 standard may be used. 

When turning off the machine, always be careful of the tool runout until the machine has 

come to a standstill. 

The working pressure of the hydraulic system must not exceed 150 bar. 

Safety instructions for conveyor belts 

Persons must keep clear of the danger zone. 

It must be expected that material will be ejected at high speed to any position within this 

area. 

Never reach into the hopper or touch the conveyor belt when the machine is running. 

Shut the drive down before removing any jammed pieces of wood. 

Wear safety shoes and close-fitting clothes when working with this device. 

Only use the machine outdoors. 

Wear protective gloves. 

The working pressure of the hydraulic system must not exceed 150 bar. 

Noise 

The workplace-related, A-rated emission sound pressure level is 98 dB(A), measured at the 

operative's ear. 

In the case of machines with a PTO drive, the noise level depends on the noise of the tractor. 

Ear protection is therefore necessary. 


The stated values are emissions values, and thus do not necessarily represent reliable 

values for the work area. Although there is a correlation between emission and pollutant 

levels, it is not possible to deduce reliably from that whether or not additional precautionary 

measures are necessary. Factors that influence the level of pollutants present in the work 

area include the individual nature of the work area, other sources of noise, e.g. the number 

of machines and other work operations being carried out in the vicinity. Equally, permissible 

values for a work area may vary between different countries. However, this information 

should enable the user to estimate the dangers and risks more accurately. 

9


10 

2.6 

2.7 

2.8 

Remaining risks 

Even if all safety precautions are observed and the machine is used in accordance with the 

instructions, some risks still remain: 

▪ Touching of revolving parts or tools. 

▪ Injury caused by flying logs or log pieces. 

▪ Risk of burns if the engine is not properly ventilated. 

▪ Hearing loss if ear protection is not worn when working. 

▪ Human error (e.g. due to excessive physical exertion, mental strain, etc.) 

With every machine, some risks still remain. Therefore you should always be very careful 

when working. It is up to the operating personnel to ensure that work is carried out safely. 

Proper use 

The machine - CutMaster 700 - is designed exclusively for sawing logs with a diameter of 

7 - 24 cm and a length of 25 - 200 cm. 

The machine may only be used to process firewood. 

Incorrect use 

Any incorrect use or use other than that specified under "Proper use" is expressly forbidden.

3 

3.1 

3.2 

General 

Scope 

This user manual applies to the following machines: 

Machine type 

Item no.* Type Drive 

M1550 CutMaster 700 - Z "Compact" PTO 

M1555 CutMaster 700 - Z "Comfort" PTO 

M1565 CutMaster 700 - E11 "Comfort" Electric motor 

M1570 CutMaster 700 - ZE7.5 "Compact" PTO/Electric motor 

M1575 CutMaster 700 - ZE11 "Comfort" PTO/Electric motor 

*.....The article number is stamped on the machine's rating plate. 

Models 

.....F10 Conveyor belt 1 m, hydraulic drive 

.....F35 3.5 m conveyor belt, hydraulic drive 

.....F42 Conveyor belt 4.2 m, hydraulic drive 

.....F50 Conveyor belt 5 m, hydraulic drive 

With the “Compact” variant, the drive is automatic. 

Additional equipment 

F0002285 Wood stop 16 cm 

F0002108 Feed table extension 

F0002196 Comfort feed table extension 

F0002283 Loading plate for feed table 

F0002194 Chips - 100 mm extractor connection 

F0002195 Chips - 150 mm extractor connection 

F0002179 Hour counter for machines with electric motor 

F0002193 Hour counter for machines with PTO drive 

Description 

"Compact" model 

The CutMaster 700 "Compact" machine is a firewood processing machine with a fitted 

conveyor belt. 

The machine is driven by an electric motor or a pto. 

The log is placed horizontally in the tilting mechanism and pushed forwards as far as the 

stop. 

The log is offered up to the saw blade manually using the tilting feed mechanism and then 

cut. 

The cut log drops onto the conveyor belt from where it is discharged. 

General 

The tilting feed mechanism is operated manually, the conveyor belt drive mechanically. 

11

General 

12 

3.3 

The log stop fitted as standard allows logs with a length of 20 - 52 cm to be sawn uniformly. 

"Comfort" model 

The CutMaster 700 "Comfort" machine is a firewood processing machine with a fitted, 

hydraulically operated conveyor belt. 

The machine is driven by an electric motor or a pto. 

The log is placed horizontally in the tilting mechanism and pushed forwards as far as the 

stop. 

When the tilting feed mechanism operating lever is actuated, the log is automatically offered 

up to the saw blade and cut. 

As soon as the operating lever is released, the tilting mechanism returns to its default 

position. 

The cut log drops onto the conveyor belt from where it is discharged. 

The conveyor belt and tilting feed mechanism are operated hydraulically. 

The log stop fitted as standard allows logs with a length of 20 - 52 cm to be sawn uniformly. 

The most important components of the machine 

"Compact" 

7 

6 

8 

5 

9 

4 

10 

1 Conveyor belt 9 Frame 

3 

2 Tubular bar 10 Circular saw spanner 

3 Lifting eye 11 Rating plate 

4 Saw blade guard 12 Tilting mechanism 

11 

2 

12 

1 

13 

14 

15

5 Three-point linkage connection 13 Rocker bar 

6 V-belt guard 14 Stop 

7 Electric motor 15 Handle - conveyor belt (off) 

8 Switch/plug 

"Comfort" 

9 

8 

10 

7 

11 

6 

12 

5 

1 Conveyor belt 10 Switch/plug 

2 Hydraulic tank 11 Frame 

3 Operation - conveyor belt 12 Circular saw spanner 

4 Tubular bar 13 Rating plate 

5 Lifting eye 14 Parallel pin 

6 Saw blade guard 15 Tilting mechanism 

7 Three-point linkage connection 16 Operating lever 

8 V-belt guard 17 Stop 

13 

9 Electric motor 18 Handle - conveyor belt (off) 

4 

3 

14 

2 

15 

1 

16 

17 

General 

18 

13

General 

14 

3.4 

Labels and their meanings 

15 

16 

17 

18 

9 

10 

11 

12 

13 

ø max = 702 mm 

ø min = 692 mm 

ø = 32 mm 

Z200 1342 

n min = 442 min 1 

n max = 482 min 1 

Z200 1220 

Z200 1220 

14 

Z200 1242 

19 20 

1 Conveyor belt (off) 

Z2001156 

Z205 0400 

2 Our hydraulic system is filled with: 

3 Conveyor belt (raise – lower) 

4 Conveyor belt (on – off) 

5 Hydraulic oil level 

6 Wear safety shoes 

7 Caution, moving tools 

8 

7 

6 

4 

5 

Z200 1360 

21 

Z204 0360 

Z200 1162 

20 25 30 35 40 45 50 

8 Always read the user manual before operating the machine 

9 Only operate with all guards and protective equipment in place 

Do not open or remove guards or protective equipment while the machine is in 

operation 

10 Only one person may operate the machine at a time 

11 Only carry out repair, setup, maintenance and cleaning work when the drive is 

switched off and the tool is stationary. 

12 Caution, tool runs on 

13 Wear protective gloves 

14 Wear goggles and ear defenders 

15 Maximum saw blade diameter 

16 Maximum pto speed 

Z204 0310 

5 m 

22 

3 

25 

24 

23 

2 

1. 

1 

26 

Z205 0400 

Stop 

2. 

Z200 1220 

Z205 0820 

Z200 1276 

Z200 1178

3.5 

17 Rotational direction of pto 

18 Rotational direction of motor 

19 Note! Observe the correct rotational direction of the motor. Incorrect rotational 

direction will seriously damage the pump. 

20 Lubrication point 

21 Cut length 

22 Danger zone (at belt conveyor) 

23 Open conveyor belt (at belt conveyor) 

24 Tilting mechanism actuation 

25 Lubricant point (at belt conveyor) 

26 Rotational direction of saw blade 

Set-up 

Ensure the machine is stable before starting it. 

Set up the machine on a level, firm and clear work surface. 

General 

The machine must be placed directly on the ground. Do not place wooden boards, flat pieces 

of metal etc. underneath it. 

15

Start-up 

16 

4 

4.1 

4.1.1 

Start-up 

Before starting to operate the machine, please check that the protective and safety systems 

are working and also the hydraulic hoses and oil level. 

Check that the saw blade is firmly seated before each use. 

If a fault occurs during operation, the machine must be shut down immediately. 

Driven by electric motor (type E) 

Machines with 400 V motor 

The machine must only be operated on electric circuits equipped with 30 mA FI fault current 

protection or a Portable Residual Current Device (PRCD). 


Type E7.5 

Connect the machine to the mains: 

▪ Mains voltage 400 V (50 Hz) 

▪ Circuit-breaker 16 A (tripping characteristic C) 

▪ For the feed, a cable cross-section of at least 2.5 mm² must be used. 

This cable cross-section is only a minimum specification. In the event of a lengthy 

supply cable, its size must be determined by an electrician. 

▪ Switch on the master switch (on the plug). 

2 

1 Plug 2 Master switch 

Switch on the electric motor switch: 

▪ First, turn the switch to the Y position and wait for the motor to run up. Then turn the 

switch to the delta position. 

2 

3 

1 

1

1 Neutral position 3 Delta position 

2 Star position 

Note the rotation direction of the electric motor (see arrow on motor). 

If the motor is rotating in the wrong direction: 

A phase inverter in the plug controls the direction of rotation of the motor (press in the disc 

in the plug with a screwdriver and turn 180˚). 

A tight plug connection can rip the CEE plug out of the switch housing. 

▪ This can be remedied using standard plugs and a silicone spray. 

Any such damage to the switch is not covered by the guarantee. 

Type E11 

Connect the machine to the mains: 

▪ Mains voltage 400 V (50 Hz) 

▪ Circuit-breaker 32 A (tripping characteristic C) 

▪ For the feed, a cable cross-section of at least 6 mm² must be used. 

This cable cross-section is only a minimum specification. In the event of a lengthy 

supply cable, its size must be determined by an electrician. 

▪ Switch on the master switch (on the plug). 

2 

1 Plug 2 Master switch 

Switch on the electric motor switch: 

▪ First, turn the switch to the Y position and wait for the motor to run up. Then turn the 

switch to the delta position. 

1 

Start-up 

17

Start-up 

18 

4.2 

2 

3 

1 Neutral position 3 Delta position 

2 Star position 

Note the rotation direction of the electric motor (see arrow on motor). 

If the motor is rotating in the wrong direction: 

Reverse two phases in the plug. 

Changing the rotational direction may only be done by qualified electrical personnel. 

Brake switch: 

Cannot be switched on during the braking process. 

The tool must stop moving within 10 seconds of the machine being switched off. 

If the brake switch is faulty, do not under any circumstances start the machine. 

If the machine switches off due to an overload, do not operate the switch again for at least 

60 seconds. 

The switch must not be operated more than 5 times within a 10 minute period. 

Driven by tractor via universal joint shaft (type 

PZG) 

▪ Assemble the machine on the three-point linkage of the tractor. 

▪ Attach the universal joint shaft and secure with the safety chain. 

▪ Clockwise rotation of the tractor PTO shaft. 

▪ Turn the tractor's manual throttle to minimum. 

▪ Slowly engage the tractor PTO shaft and allow the machine to start moving. 

▪ Set the required PTO speed using the manual throttle. 

Maximum PTO shaft speed: 

▪ 480 rpm 

The maximum PTO shaft speed must on no account be exceeded, otherwise the oil will 

become too hot. This leads to premature wear and leaks in the pump, cylinder and hydraulic 

pipes. 

Before disengaging the universal joint shaft, set the manual throttle of the tractor to 

minimum. 

1

4.3 

The universal joint shaft must be stored in the universal joint shaft linkage when it is 

disconnected. 

Electric motor or universal joint shaft drives 

2 

1 Spring bolts 2 Locking plate 

Setting the drive variants: 

Flap position Drive 

Locking plate swung in Electric motor drive 

Locking plate swung out Universal joint shaft drive 

Swing the locking plate until you feel it engage. 

If the machine is to be operated electrically, the locking plate must be locked to the PTO 

shaft. If this is not done, then the machine will not turn on. 

1 

Start-up 

19

Operation 

20 

5 

5.1 

5.1.1 

Operation 

At outdoor temperatures below 0°C, let the machine idle for approximately five minutes 

to allow the hydraulic system to reach the correct operating temperature (the hydraulic pipes 

will then be warm to the touch). 

Work operation 

Only one person may operate the machine at a time. 

Ensure that no other people are in the vicinity of the machine. 


1. Operating the machine 

2. Open the conveyor belt. 

3. Place the log on the long side of the tilting mechanism and push forwards manually as 

far as the stop. 

4. Offer the log up to the saw blade using the tilting feed mechanism and cut it. 

Because of the different wood types used, the saw blade speed may drop with hard 

wood. When sawing, do not press the tilting mechanism beyond the point where the saw 

blade speed starts to drop. 

If the motor cut-out has switched the electric motor off in response to an overload, the motor 

must not be switched back on immediately. It may only be switched back on once it has a 

surface temperature of approx. 30°C. 

▪ The cut log drops onto the conveyor belt from where it is discharged.

5.1.2 

5.1.3 


1 2 

1 Feed table 2 Hand lever 

1. Start the machine. 

2. Fold out the conveyor belt. 

Position Function 

0 Feed table rear 

I Feed table swings forwards 

3. Place the log in the long side of the feed table and push forwards by hand up to the 

wood stop. 

4. Pull the lever of the feed table upwards. The log is fed to the saw blade and cut. 

▪ If the lever is released, the feed table returns to its starting position. 

You may find that the saw blade's speed decreases when cutting harder woods. The 

feed table may not be pushed so hard that the saw blade rotates more slowly when cutting. 

If the motor protection has shut-off due to overload, the motor may not just be turned straight 

back on. It may only be turned back on once the surface temperature has sunk below 30°C. 

The cut wood falls onto the conveyor belt, which carries it away. 

Notes on sawing 

The drive must always be switched off before clearing a blockage. 

Only 1 person may be deployed for filling from the side. 

Operation 

21

Operation 

22 

5.2 

5.3 

5.3.1 

5.3.2 

Adjusting the wood stop 

1 

1 Eccentric lever 2 Stop 

The adjustable wood stop enables the wood to be cut in lengths of 20 - 52 cm. 

1. Swing the feed table fully forwards. 

2. Move the stop to the desired position and fix in place with the eccentric lever. 

Conveyor belt 

Conveyor belt types 

Conveyor belt type Conveyor belt length Conveyor height Belt width 

1 m 100 cm 110 cm 23 cm 

3.5 m 350 cm 260 cm 23 cm 

4.2 m 420 cm 310 cm 23 cm 

5 m 500 cm 360 cm 23 cm 

Folding out the conveyor belt 

2 

1. 

1 

2 

2. 

4 

3

5.3.2.1 

5.3.3 

1 Conveyor belt housing 3 Crank handle 

2 Folding pipe 4 Connecting pin 

Pull out the spring pin on the conveyor belt housing. 

Take the folding pipe out of the holder and swivel downwards. 

Using the folding pipe, push the conveyor upwards until it is vertical. 

The conveyor belt will stay in the vertical position without needing to be held. 

Then you will need to go to the other side of the folding pipe and pull the conveyor down 

until it is fully folded up. 

Fix the folding pipe back into its holder. 

Fully extend the conveyor belt using the crank handle until the belt is tensioned. 

Remove the connecting pin for the conveyor belt. 

Carry out a test run. Adjust tension if necessary. 

Rope winch at conveyor belt 

The rope must always be wound as shown on the left-hand side of the illustration. 

After the cord has been unwound from the drum, there must always be at least 3 revolutions 

of cord remaining. 

Operation - conveyor belt 

B 

II 

0 

I 

Z200 1221 

Operating lever Position Function 

A 

Operation 

A 0 Conveyor belt is stationary 

I Conveyor belt is switched on 

II Conveyor belt runs in 

reverse 

B 0 Conveyor belt is stationary 

23

Operation 

24 

Operating lever Position Function 

Only on "Comfort" models 

Additional cut-out at operating position: 

1 Handle 2 Tubular bar 

▪ Pull the handle on the tubular bar. 

Position of conveyor belt before closing: 

1 

1 Edge 2 Arrow 

I Conveyor belt is lowered 

II Conveyor belt is raised 

Before closing, move the conveyor belt to an angle of 35° using the operating lever. 

▪ The correct angle is reached once the arrow is aligned with the edge. 

1 

2 

2

6 

Switching off the machine 

Before switching off the machine, depressurise all hydraulic functions 

by placing all control levers in the neutral position. 

Driven by electric motor (Type E) 

Move the switch to the 0 position. 

Driven by tractor via universal joint shaft (type PZG) 

Disengage the universal joint shaft on the tractor. 

▪ Before disengaging, turn the manual throttle to minimum. 

Switching off the machine 

25

Transport 

26 

7 

7.1 

7.2 

Transport 

It is vital that the drive is stopped before transport. 

Disconnect the machine from the mains. 

▪ In addition, pull out the plug of the device. 



When turning off the machine, always be careful of the saw blade runout until the machine 

has come to a standstill. 

Machines with conveyor belt 

Before folding up the conveyor belt, bring it to the 35° position using the control lever. 

1. Completely retract the conveyor belt extension using the crank handle. 

– If the conveyor belt extension does not retract automatically, gently pull the conveyor 

belt. 

2. Secure the conveyor belt using the connecting pins. 

3. Take the folding pipe out of the holder and swivel downwards. 

4. Using the folding pipe, push the conveyor upwards until it is vertical. 

– The conveyor belt will stay in the vertical position without needing to be held. 

5. Then you will need to go to the other side of the folding pipe and pull the conveyor down 

until it is fully folded in. 

6. Secure the conveyor belt to the conveyor belt housing using the spring pins. 

7. Fix the folding pipe back into its holder. 

Width in transport position: 260 cm 

Height in transport position: 250 cm 

Transporting by three-point linkage on the tractor 

▪ Attach the machine to the three-point linkage and use the tractor hydraulics to raise it. 

If the tractor's rear lights are obscured, a light must be fitted to the rear of the machine (e.g. 

magnetic holder, clip-on light, etc.)

7.3 

Observe the road traffic regulations when driving on public highways. 

Maximum transport speed: 25 km/h 

When the machine is uncoupled from the tractor, it must be placed on a firm, level 

surface. 

Lifting with a crane 

1 

1 Lifting gear 4 Lifting lug 

When using a crane, only lift the machine by the lifting eyes. 

Only lifting gear with the permitted load capacity may be used. 

2 

Transport 

27

Checks 

28 

8 

8.1 

8.2 

8.3 

8.4 

8.5 

Checks 

Before carrying out any checks on the machine, the drive unit MUST be switched off! 





▪ Remove the universal joint shaft from the tractor. 

When turning off the machine, always be careful of the saw blade runout until the machine 

has come to a standstill. 

Protective guards 

All the protective guards (covers, safety grilles, etc.) must be in place. 

Screw fittings 

Tighten all screws and nuts after the first hour of operation. 

Tighten the screws and nuts after every 100 hours of operation. 

▪ Replace missing screws and nuts. 

Hydraulic lines 

(only on "Comfort" models) 

After the first hour of operation, check that all hydraulic connections are secure and are not 

leaking. 

Check that all hydraulic connections are secure and are not leaking after every further 

100 hours of operation. 

▪ Damaged hydraulic lines must be replaced immediately. 

Saw blade 

Check that the saw blade is firmly seated before each use. 

Check the saw blade for wear and damage before each use. Sharpen or replace it if 

necessary. 

V-belt tension 

The V-belts must be tensioned so that they deflect about 8 mm in the middle when thumb 

pressure is applied. 

▪ See: Changing the V-belt [➙ 34]

8.6 

8.6.1 

8.6.2 

Oil level 

To check the oil level place the machine on an even surface. 

Hydraulic oil level 


1 

2 

3 

1 Oil dipstick 3 Oil drain screw 

2 Markings 

The oil dipstick can be found in the tank. The oil level on the stick must be between the 

notch in the stick and the end of the stick, otherwise the oil level is too low. 

If this is the case, the hydraulic oil must be topped up immediately. 

▪ See: Changing the hydraulic oil [➙ 37] 

The oil filter only needs to be checked when the oil is changed. 

Transmission oil level 

2 

1 Oil inlet screw 3 Oil drain screw 

2 Oil level screw 

If the oil seeps out of the hole of the oil level screw when the machine is on level ground, 

the maximum oil level has been reached. 

If the oil level is below the hole, this is the minimum oil level. 

If this is the case, the transmission oil must be topped up immediately. 

1 

3 

Checks 

29

Checks 

30 

▪ See: Changing the transmission oil [➙ 39]

9 

9.1 

9.1.1 

9.2 

Maintenance 

Before carrying out any maintenance on the machine, the drive unit MUST be switched off! 







Never work without the protective guards in place. 

Only use original - POSCH - spare parts. 

Lubrication 

Dispose of oily and greasy parts and oil residues in accordance with legal regulations. 

Lubrication schedule 

2 

1 

Lubrication intervals Item What/where 

Weekly (every 40 operating 

hours - or less depending on 

application) 

3 

1 Oil the saw blade to prevent corrosion 

2 At central lubricating header 

3 Both housing bearings at top of conveyor belt 

The lubrication points are marked with the lubricate symbol. 

Saw blade 

Always wear protective gloves when handling saw blades. 

Only strengthened POSCH saw blades may be used. Standard saw blades are too weak 

and pose a safety risk. 

Observe the maximum saw blade speed specified by the manufacturer. 

Maintenance 

31

Maintenance 

32 

9.2.1 

Changing the saw blade 

1 

2 

3 

1 Saw blade guard 6 Saw blade 

2 Fork head 7 Tensioning flange 

3 Parallel pin 8 Clamping nut 

4 Eccentric lever 9 Circular saw spanner 

5 Stop 10 Size 19 spanner 

▪ Set the wood stop to the far right. 

▪ Swing the feed table completely backwards. 

On “Compact” models: 

1 

▪ Unhook the feed table catch. 

2 

10 

9 

4 

5 

8 

7 

6

9.2.1.1 

9.2.2 

1 Catch 2 Feed table 

On “Comfort” models: 

▪ Undo and remove the cylinder pin. 

▪ Undo and open the fork head. 

▪ Remove the blade guard. 

▪ Hold the circular saw shaft with the spring flange wrench and undo the clamping nut 

with the circular saw wrench. 

▪ Remove the spring flange and the saw blade. 

▪ Put the new blade in and secure it. 

The clamping nut must be screwed back on as it was before. 

Position the saw blade in such a way that the saw blade teeth are pointing in the 

direction of rotation (see arrow). 

Assembly: 

▪ Proceed as above but in the reverse order. 

Recommended saw blade 

Item no. Diameter Hole Teeth Type 

Z1300103 700 mm 30 mm 84 Carbide (Widia) 

Only saw blades conforming to the EN 847-1 standard may be used. 

Safety of the saw blade 

In accordance with the EN 1870-6 standard, the saw blade is secured with Aluminium 

inserts. 

These are subject to wear and should be replaced as soon as they are worn out. 

Sharpening the saw blade 

Saw blades should only be resharpened by a specialist company. 

Carbide saw blade 

Usage tips for carbide saw blades 

Carbide tipped circular saw blades have a long service life. These blades are high precision 

machine tools, so must always be correctly handled and used. 

▪ The hardness of the carbide tips means they must be protected from nicks. 

– Incorrect storage can result in damage to the tips of the teeth. Place the circular saw 

blade on foam rubber or a similar surface. 

– Do not attempt to cut any nails, metal brackets or anything similar that may be in 

the wood. 

– The circular saw blade must not be subjected to any impacts or knocks. 

▪ Before starting up the motor, check the free-running of the circular saw blade and ensure 

that the direction of rotation is correct. 

▪ Running down circular saw blades must not be slowed by external means. 

▪ Feed slowly and continuously, avoid any jerky cutting movements. 

▪ Clean the circular saw blade regularly with a resin removing agent. 

Maintenance 

▪ In no-load operation the carbide circular saw blade generates less noise. When cutting 

the noise level depends on the type of wood being cut. 

33

Maintenance 

34 

9.3 

9.3.1 

9.3.1.1 

9.3.2 

9.3.2.1 

9.3.2.2 

9.3.2.3 

Incorrect use will invalidate any warranty claims. Resin-coated blades are excluded 

from the warranty exchange service. 

Changing the V-belt 

Tips on changing the V-belt 

If one V-belt is being changed, then all V-belts must be changed! 

The V-belts must be fitted loose. If they are "forced" onto the V-belt pulley, they may be 

damaged and quickly tear. 

The V-belts must be tensioned so that they deflect about 8 mm in the middle when 

thumb pressure is applied. 

V-belt types 

Machine type Belt Number (pcs.) Item no. 

Z XPA 1357 Lw 5 Z1940118 

Z XPA 1357 Lw 4 Z1940118 

E11 XPA 1450 Lw 3 Z1940140 

ZE7.5 XPA 1285 Lw 2 Z1940086 

ZE11 XPA 1400 Lw 1 Z1940120 


Changing the V-belts on PTO drives 

See: Changing the V-belt on PTO/electric drives [➙ 34] 

Changing the V-belts on electric drives 

See: Changing the V-belts on PTO/electric drives [➙ 34] 

Changing the V-belts on PTO/electric drives 

1 

2 

3 

5 

4 

2 

2

9.3.3 

9.3.3.1 

1 Transmission housing 4 Motor housing 

2 Tensioning screw 5 Screw on motor housing 

3 Screw on transmission housing 

▪ Remove the V-belt guard. 

▪ Undo the hexagon nuts of the tensioning screw (using a size 19 spanner) and loosen 

the tensioner so that you can remove the V-belts. 

▪ Undo the four self-locking M12 hexagon nuts on the electric motor and push the motor 

backwards. 

▪ Undo the bearing tensioning screw. 

▪ Remove the old V-belts. 

▪ Fit the new V-belts. 

▪ Push the motor forwards until the two coupling halves have engaged. 

Ensure that the motor shaft and the bearing shaft are aligned. 

▪ Tension the V-belts. 

▪ Lock the lock nuts on both tensioning screws. 

▪ Check the bearing V-belt tension and adjust if necessary. Then tighten the bearing 

tensioning screw. 

▪ Refit the V-belt guard. 

Before operating, all protective guards must be attached to the machine. 


Changing the V-belt on Comfort PTO drives 

1 

2 

1 Tensioner 2 Tensioning screw 










Maintenance 

35

Maintenance 

36 

9.3.3.2 

Changing the V-belts on comfort electric drives 

3 

1 

3 4 

1 Tensioning screw 2 Bearing tensioning screw 

3 Tensioner 4 Self-locking hexagon nut 





backwards. 

▪ Undo the bearing tensioning screw. 




Ensure that the motor shaft and the bearing shaft are aligned. 



▪ Check the bearing V-belt tension and adjust if necessary. Then tighten the bearing 

tensioning screw. 


Before operating, all protective guards must be attached to the machine.

9.3.3.3 

9.4 

9.4.1 

Changing the V-belts on comfort PTO/electric drives 

3 2 

1 

4 

5 

1 Tensioning screw 4 Self-locking hexagon nut 

2 Tensioner 5 Coupling 

3 Shaft guard 


▪ Remove the shaft guard. 




backwards. 




Ensure that the motor shaft and the transmission shaft are aligned. 



▪ Fit the V-belt guard and the shaft guard. 


Oil changing 

Old oil must be disposed of in an environment-friendly manner. Find out about the 

environmental regulations in your country. 

Changing the hydraulic oil 

Maintenance 

The first oil change should be carried out after 500 operating hours, further oil changes 

should then be carried out after every 1000 operating hours or annually. 

An oil change is not required any earlier as we carry out a secondary flow filtration 

during the final check where all dirt particles are removed. 

▪ Cleanliness test in line with ISO 4406: cleanliness class 14/11 fineness 1.2 ym / oil load 

- low. 

37

Maintenance 

38 

9.4.1.1 

Changing procedure: 


1 

2 

3 

1 Oil dipstick 3 Oil drain screw 

2 Markings 

▪ Pull out the oil dipstick. 

▪ Open the oil drain screw. 

The oil drain screw is located on the base of the oil tank. 

▪ Drain the old hydraulic oil into a container. 

▪ Screw the oil drain screw back into the tank and fill with new hydraulic oil. 

▪ Screw the oil dipstick into the tank. 

▪ Turn on the machine and allow it to run for a short while. 

▪ Check the oil level and top up hydraulic oil if necessary. 

Total filling capacity of the hydraulic system: 

Quantity 

9 litre 

Our hydraulic system is filled with high-quality OMV ATF II transmission fluid. 

▪ This oil has an extremely high viscosity index, exhibits excellent foaming and aging 

characteristics and excellent flow properties at low temperatures and protects reliably 

against wear and corrosion. 

▪ Viscosity class ISO VG 46. 

This high-quality oil comes highly recommended when changing the oil. 

A mixture of products of the same quality poses no problem. 

Recommended hydraulic oils 

Manufacturer Oil specification 

OMV ATF II 

SHELL Donax TA 

ELF Hydrelf DS 46 

ESSO Univis N46 

CASTROL Hyspin AWH-M 46 

ARAL Vitam VF46

9.4.2 

9.4.3 


GENOL Hydraulic oil 520 

FUCHS Platohyd 32S * / Renolin B46 HVI 

*.....biological hydraulic oils 

Oil filter 


2 

1 Filter cover 2 Filter insert 

The filter insert should be changed every time the oil is changed. 

Any aluminium particles can be disregarded, as these occur when the pump is running in. 

Do not wash out the filter insert with petrol or paraffin products, as these damage it. 

Changing the transmission oil 

The first oil change should be carried out after 100 operating hours, further oil changes 

should then be carried out every 500 operating hours or yearly. 

2 

1 Oil inlet screw 3 Oil drain screw 

2 Oil level screw 

▪ Unscrew the oil inlet and oil drain screw. 

▪ Let the old oil drain out, then replace the oil drain screw. 

▪ Add the new transmission oil. 

▪ Check the oil level and top up transmission oil if necessary. 

▪ Replace the oil filling screw. 

Total filling capacity 

0.7 litres 

1 

1 

3 

Maintenance 

39

Maintenance 

40 

9.4.3.1 

9.5 

9.5.1 

9.5.2 

9.6 

Recommended transmission oils 


OMV Gear Oil MP SAE 85W-90 

GENOL Gear oil MP 90 

FUCHS Titan Gear Hypoid SAE 90 

Any other transmission oil can be used, so long as it is in viscosity class SAE 90. 

Conveyor belt 

Conveyor belt - set central running 

1 Fastening screw 3 Tensioning screw 

2 Lock nut 

If the conveyor belt is not running centrally on the drive and/or tail pulleys, it is possible to 

adjust the direction of travel. 

▪ Slightly loosen the fastening screws on each side of the conveyor belt. 

▪ Loosen the lock nuts on both tensioning screws. 

▪ Align the return drum by tightening both tensioning screws evenly. 

▪ Tighten the lock nuts again. 

▪ Tighten the fastening screws on both sides. 

Tension conveyor belt 

The conveyor belt may become slack over time as a result of wear and tear. If this happens, 

the belt must be retensioned. 

▪ Extend the conveyor belt extension using the crank handle until the belt is completely 

tensioned. 

Cleaning 

Before carrying out any cleaning work on the machine, the drive unit MUST be switched off! 





3 

2 

1


Clean the machine regularly to ensure proper operation. 

Only wash new machines (during the first 3 months) with a sponge. 

Maintenance 

▪ The paint is not yet completely set, so cleaning with a high pressure cleaner may 

damage the finish. 

41


42 

10 

10.1 


Feed table extension 


1 

2 3 

1 Feed table extension 3 Clamping lever 

2 Recess 


2 

1 

3 4 

1 Carriage screw 4 Support 

2 Feed table extension 5 Joint fitting 

1. Fasten the feed table extension to the feed table using the carriage screws. 

2. Connect the support to the feed table at the joint fitting. 

If necessary, adjust the location of the feed table extension relative to the feed table using 

the support.

10.2 

10.3 

Loading plate for feed table 

1 

1 Loading plate 2 Carriage screw 

The loading plate prevents the wood from getting caught if a long cut length is set 

▪ Fit the loading plate using the carriage screws. 

16 cm wood stop 

1 

1 Separation area 2 16 cm stop 

The wood stop also allows 16 cm logs to be cut. 

1. Remove the hatched area using a thin cutting disc (hand-held angle grinder). 

– This area features a clearance cut. 

2. Pass the wood stop through the opening and secure with screws. 

2 

2 


43


44 

10.4 

Chip extractor connection 

1 

1 Chip extractor connection 2 Deflector 

Connection for the extraction of chips. 

2

11 

Troubleshooting 

Before carrying out any troubleshooting operations on the machine it is essential to switch 

the drive off. 







Fault Possible cause Remedy See page 

Electric motor fails to 

start or switches off 

frequently 


start 


start 

Faulty power supply 

cable 

Fuses keep tripping - 

incorrectly rated fuse for 

power supply cable 

Motor circuit breaker 

tripped 

Direction of rotation 

wrong 

Fuses on the brake 

switch board are faulty 

Limit switch not closed, 

incorrectly adjusted or 

defective 

Switch does not work Faulty power supply 

cable 

Hydraulic oil getting too 

hot 

Fuses keep tripping - 

incorrectly rated fuse for 

power supply cable 

Contactor or motor 

circuit breaker faulty 

Not enough hydraulic oil 

in hydraulic system 

Poor quality hydraulic 

oil 

Oil filter unclean or 

blocked 

Machine loses power Hydraulic oil getting too 

hot 

Sawing requires great 

amount of power 



Have the cable 

examined by a 

specialist 

Use correctly-rated 

fuses 

Use stronger power 

supply cable 

Swap over two phases 

Check the fuse and 

replace if necessary 

Close, adjust or change 

limit switch 


examined by a 

specialist 


examined by a 

specialist 

Have switch checked or 

send it in 

See [➙ 16] 

See [➙ 16] 

Check hydraulic oil level See [➙ 29] 

Change hydraulic oil See [➙ 37] 

Change filter insert See [➙ 39] 

See "Hydraulic oil 

getting too hot" 


Saw blade is blunt Sharpening the saw 

blade 

Loose saw blade Tighten the hexagon 

nut on the drive shaft 

Saw disc is coated in 

resin 

Machine is noisy PTO shaft running too 

fast 

Machine is noisy Oil filter unclean or 

blocked 

Clean saw blade with a 

resin removing agent 

Adhere to specified 

speed 


See [➙ 31] 

See [➙ 31] 

See [➙ 18] 

Change filter insert See [➙ 39] 

45


46 

Conveyor belt jerks or 

does not move 

Conveyor belt jerks or 

does not move 



Poor quality hydraulic 

oil 

Check hydraulic oil level See [➙ 29] 


Conveyor belt too slack Tension conveyor belt See [➙ 22]

12 

Technical data 

Type Z Z E11 

Drive 

Drive type PTO PTO Electric motor 

Output kW 15 15 11 

Voltage V - - 400 

Fusing A - - 32 

Motor speed rpm - - 1500 

PTO speed rpm 480 480 - 

Saw blade 

Saw blade diameter mm 700 700 700 

Min. log diameter cm 5 5 5 

Max. log diameter cm 24 24 24 

Noise 

Sound pressure level dB(A) 

Dimensions * 

Width cm 420 420 420 

Depth cm 150 150 150 

Height cm 250 250 250 

Weight kg 490 510 560 

Type ZE7.5 ZE11 

Drive 

Drive type PTO/Electric motor PTO/Electric motor 

Output kW 15 / 7,5 

Voltage V 400 400 

Fusing A 20 32 

Motor speed rpm 1500 1500 

PTO speed rpm 480 480 

Saw blade 

Saw blade diameter mm 700 700 

Min. log diameter cm 5 5 

Max. log diameter cm 24 24 

Noise 

Sound pressure level dB(A) 

Dimensions * 

Width cm 420 420 

Depth cm 150 150 

Height cm 250 250 

Weight kg . . 

*......The stated dimensions and weights are for guidance purposes and apply to the basic equipment. 

**....Power rating S6: continuous-operation periodic duty with related load changes – the percentage value is shown on the rating plate. 


47


48 

12.1 

Also on "Comfort" models 

Hydraulic system 

Max. conveyor belt 

pressure 

Max. feed table 

pressure 

bar 130 130 130 

bar 35 35 35

13 

Service 

POSCH product 

To order spare parts for your machine please contact your local dealer directly. 

Service 

49

EC Declaration of Conformity 

50 

EC Declaration of Conformity 

We hereby declare that the following machine, its design and manufacture, comply with the 

health and safety requirements of the EC Machinery Directive 2006/42/EC. 

The machine furthermore complies with the EC Low Voltage Directive 2006/95/EC and the 

EC Electromagnetic Compatibility (EMC) Directive 2004/108/EC. 

This Declaration is not valid for any modifications to the machine which are not approved 

by us. 

High-power saw - CutMaster 700 

Item no.: M1550 , M1555 , M1565 , M1570 , M1575 

Serial no.: from 1,105,001A 

To implement the health and safety requirements mentioned in the EC Directives, the 

following standards are applied: 

▪ EN ISO 12100 Safety of machinery - Basic concepts, general principles for design 

▪ EN ISO 4254-1 Agricultural machinery – Safety - General requirements 

▪ EN ISO 13857 Safety distances to prevent hazard zones being reached by upper and 

lower limbs 

▪ EN 349 Minimum gaps to avoid crushing of parts of the human body 

▪ EN 60204-1 Electrical equipment of machines 

▪ EN 1870-6 Circular sawing machines 

▪ EN 847-1 Safety requirements - circular saw blades 

▪ EN ISO 4413 Safety requirements - Hydraulics 

▪ EN 620 Continuous handling equipment and systems 

Internal measures ensure that this series of devices always complies with the requirements 

of the EC Directives and the applied standards. 

The following notified body 

„PZ.LSV" (Prüf- und Zertifizierungsstelle des Spitzenverbandes der landwirtschaftlichen 

Sozialversicherung [Testing and Certification Centre of the Central Association of the 

Agricultural Social Security Fund], Weißenstraße 70 – 72, 34131 Kassel), notified under 

registration number 2157, 

carried out the EC type examination procedure mentioned in Annex IX of 2006/42/EC. 

The product is identical to the type-tested model that, under the number 

▪ LSV-EG-2009/109 

has received a type-examination certificate. 

Below is the name and address of the person who signs the above EC Declaration of 

Conformity and is authorised to compile the technical documentation. 

Leibnitz, date: 

15.04.2011 

Ing. Johann Tinnacher 

Managing Director 

Posch 

Gesellschaft m. b. H. 

Paul-Anton-Kellerstrasse 40 

8430 Leibnitz, Austria

Your Posch-Dealer

CutMaster 700 - Posch

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