Model

LN-600-5
LN-600-10
LNP-600-5
LNP-600-10
LND-600-5
LND-600-10
LNR-600-5
LNR-600-10

LN-600-10D
LNP-600-10D
LND-600-10D
LNR-600-10D

LNW-600-5
LNW-600-10

LNW-600-10D

Power Consumption (kW)

5 mm model: 1.3
10 mm model: 2.5

2.5

Power Cord

CT.2×3-core, 5 m, with 3P plug (WF5324, 20 A, 250 V)

Plug Shape *1

Air Source

External air piping required (to be prepared separately).
Refer to the separate table "Vacuum & Air Source Specifications.  "

Vacuum Source *2

Refer to the separate table "Vacuum & Air Source Specifications.  "

Sealing Method *3

Single-side lower heating

Double-side heating

Seal Length (mm)

600

600

Seal Width (mm)

5 mm model: 5
10 mm model: 10

10

Machine Dimensions (mm) *4
W × D × H

945 × 825× 2070 / 1500

945 × 825× 2070 / 1500

Weight (kg) *5

170

170

Model

LN-800-5
LN-800-10
LNP-800-5
LNP-800-10
LND-800-5
LND-800-10
LNR-800-5
LNR-800-10

LN-800-10D
LNP-800-10D
LND-800-10D
LNR-800-10D

LNW-800-5
LNW-800-10

LNW-800-10D

Power Consumption (kW)

5 mm model: 1.5
10 mm model: 3.0

2.8

Power Cord

CT.2×3-core, 5 m, with 3P plug (WF5324, 20 A, 250 V)

Plug Shape *1

Air Source

External air piping required (to be prepared separately).
Refer to the separate table "Vacuum & Air Source Specifications.  "

Vacuum Source *2

Refer to the separate table "Vacuum & Air Source Specifications.  "

Sealing Method *3

Single-side lower heating

Double-side heating

Seal Length (mm)

800

800

Seal Width (mm)

5 mm model: 5
10 mm model: 10

10

Machine Dimensions (mm) *4
W × D × H

1145 × 825× 2070 / 1500

1145 × 825× 2070 / 1500

Weight (kg) *5

175

175

Model

LN-1000-5
LN-1000-10
LNP-1000-5
LNP-1000-10
LND-1000-5
LND-1000-10
LNR-1000-5
LNR-1000-10

LN-1000-10D
LNP-1000-10D
LND-1000-10D
LNR-1000-10D

LNW-1000-5
LNW-1000-10

LNW-1000-10D

Power Consumption (kW)

5 mm model: 2.15
10 mm model: 4.0

4.0

Power Cord

CT.2×3-core, 5 m, with 3P plug (WF5324, 30 A, 250 V)

Plug Shape *1

Air Source

External air piping required (to be prepared separately).
Refer to the separate table "Vacuum & Air Source Specifications.  "

Vacuum Source *2

Refer to the separate table "Vacuum & Air Source Specifications.  "

Sealing Method *3

Single-side lower heating

Double-side heating

Seal Length (mm)

1000

1000

Seal Width (mm)

5 mm model: 5
10 mm model: 10

10

Machine Dimensions (mm) *4
W × D × H

1355 × 825× 2070 / 1500

1355 × 825× 2070 / 1500

Weight (kg) *5

180

180

Model

LN-1200-5
LN-1200-10
LNP-1200-5
LNP-1200-10
LND-1200-5
LND-1200-10
LNR-1200-5
LNR-1200-10

LN-1200-10D
LNP-1200-10D
LND-1200-10D
LNR-1200-10D

LNW-1200-5
LNW-1200-10

LNW-1200-10D

Power Consumption (kW)

5 mm model: 2.25
10 mm model: 4.3

5.2

Power Cord

CT.3.5×3-core, 5 m, with 3P plug (WF5630, 30 A, 250 V)

Plug Shape *1

Air Source

External air piping required (to be prepared separately).
Refer to the separate table "Vacuum & Air Source Specifications.  "

Vacuum Source *2

Refer to the separate table "Vacuum & Air Source Specifications.  "

Sealing Method *3

Single-side lower heating

Double-side heating

Seal Length (mm)

1200

1200

Seal Width (mm)

5 mm model: 5
10 mm model: 10

10

Machine Dimensions (mm) *4
W × D × H

1555 × 825× 2070 / 1500

1555 × 825× 2070 / 1500

Weight (kg) *5

185

185

Power Supply

Single-phase AC 220 V, 50/60 Hz

Control System

Microprocessor control

Sealing Drive System

Air cylinder

Sealing Section Height (mm)

Horizontal: 1030–1600  Vertical: 830–1400

Sealing Section Angle

Steplessly adjustable from horizontal (0°) to vertical (90°)

Heat Dwell Time (sec)

0.0–5.0 * Set only when heating time control is required.

Heating Temperature (°C)

90-250

Cooling Temperature (°C)

60–Set Heating Temp.
* Cooling temperature must be lower than the heating temperature. Setting it too close may shorten the service life of components, including the fluoro glass sheet.

Timer Vacuum (sec)

0.1–99.9

Timer Gas Flush (sec) *5

0.1–99.9 For multiple gas flush cycles, the final gas can be set from 0.0 to 99.9

Nozzle Stroke (mm)

10–190 (Length from the pressure lever to the nozzle tip)

Centralized Exhaust

Exhausted outside via a Ø12 ×5 m tube.
Vacuum pump exhaust connects a separate hose (inner diameter Ø15 ×5 m)

Housing

Exposed sheet metal parts: SUS (stainless steel)
Exposed aluminum parts: White anodized finish
Casters & foot switch: SUS specification
Cocks & fittings: Plated finish

Vacuum Source – Model

DA-120S

Vacuum Source – Exhaust Speed (L/min)

120

Vacuum Source – Ultimate Vacuum (kPa)

−88

Vacuum Source – Weight (kg)

19

Air Source – Compatible Compressor

0.75 kW, 80 L/min or higher

Air Source – Pressure Setting (MPa)

0.5

Vacuum Source – Model

DOP-80S × 2 (parallel)

Vacuum Source – Exhaust Speed (L/min)

80 × 2

Vacuum Source – Ultimate Vacuum (kPa)

−95.9

Vacuum Source – Weight (kg)

7 × 2

Air Source – Compatible Compressor

0.75 kW, 80 L/min or higher

Air Source – Pressure Setting (MPa)

0.5

Vacuum Source – Model

DA-121D

Vacuum Source – Exhaust Speed (L/min)

120

Vacuum Source – Ultimate Vacuum (kPa)

−98

Vacuum Source – Weight (kg)

26

Air Source – Compatible Compressor

0.75 kW, 80 L/min or higher

Air Source – Pressure Setting (MPa)

0.5

Vacuum Source – Model

KHF-14-V02

Vacuum Source – Exhaust Speed (L/min)

230

Vacuum Source – Ultimate Vacuum (kPa)

−93.9

Vacuum Source – Weight (kg)

24

Air Source – Compatible Compressor

0.75 kW, 80 L/min or higher

Air Source – Pressure Setting (MPa)

0.5

Vacuum Source – Model

Built-in ejector

Vacuum Source – Exhaust Speed (L/min)

160

Vacuum Source – Ultimate Vacuum (kPa)

−30

Vacuum Source – Weight (kg)

−

Air Source – Compatible Compressor

1.5 kW, 165 L/min or higher

Air Source – Pressure Setting (MPa)

0.55

Overheat Protection

If continuous power is supplied to the heating element beyond a set time, the heating circuit will be shut off.

Sealing Pressure Mechanism

The seal bar lowers in two stages: first closing with low pressure by spring return force, then applying sealing pressure via a φ63 cylinder.

Safety Microswitch

When the seal bar is open (internal microswitch not engaged), the heating circuit is shut off. Even in the event of triac module failure (short circuit), power will not be supplied to the heating element.

Return Function Upon Abnormality

During the seal bar first-stage descent, if the foot switch is released, the seal bar opens.

Automatic Return Upon Abnormality

If a foreign object (e.g., a finger) is caught during the first-stage descent, preventing the next operation from proceeding, the seal bar returns to its initial position after 4 seconds and displays an error.

Emergency Stop

Pressing the emergency stop switch shuts off the power circuit and returns the seal bar to its initial position.

Heating Element Disconnection Detection

During heating, if no current is detected due to a heating element break or similar issues, the unit returns to its initial position and displays an error.

Heating Control Error 1

During heating, if no temperature rise is detected, the unit returns to its initial position and displays an error.

Heating Control Error 2

If the set temperature is not reached within 4.0 seconds, the unit returns to its initial position and displays an error.

Cooling Control Error

During cooling, if a triac module failure (short circuit) causes a temperature rise, the unit returns to its initial position and displays an error.

Abnormality During Operation

During operation, if an abnormality occurs that prevents sensor inputs from being confirmed, the unit returns to its initial position and displays an error.