Mitsubishi Electric GT14, User Manual

Page: 81 / 1546

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COMMUNICA
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6. OPTION
6.6 Connector Conversion Box
6 - 9
6.6 Connector Conversion Box
The Connector Conversion Box is used to connect with the external connection devices such as PLC.
6.6.1 Applicable Connector Conversion Box
The following Connector Conversion Box is applicable for the GT14 Handy.
6.6.2 Connector Conversion Box (GT16H-CNB-42S)

Specifications
(1) General specifications
Other specifications are the same as Handy GOT.
(2) Power supply specifications
Other specifications are the same as Handy GOT.
(3) Internal relay contact specifications
*1 The system may not match the safety standards. Before using the system, please check the safety standards which are required.
Product name Model Contents
Connector
Conversion Box
GT16H-CNB-42S
Packing for panel installation × 1 (accessory), Flange for GT10-9PT5S × 1 (accessory)
Screws for flange installation (M3 × 8) × 2 (accessory)
GT16H-CNB-37S
Mounting fixture for panel installation × 1 (accessory)
Screws for mounting fixtures for panel installation (M3 × 8) × 3 (accessory)
GT11H-CNB-37S
Mounting fixture for panel installation × 1 (accessory)
Screws for mounting fixtures for panel installation (M3 × 8) × 3 (accessory)
Item Specifications
Operating ambient temperature
0 to 55
Storage ambient temperature
-20 to 70
Vibration resistance
When installing
DIN rail
Frequency Acceleration Half-amplitude Sweep Count
5 to 8.4Hz - 1.75mm
10 times each in X,
Y and Z directions
8.4 to 150Hz
4.9m/s
2
-
Item Specifications
Input power supply voltage DC24V (+10% -15%)
Power consumption
10.6W or less (440mA/24VDC) (When including the consumption current of GT1455HS-QTBDE)
9.6W or less (400mA/24VDC) (When including the consumption current of GT1450HS-QMBDE)
Connector Conversion Box only 2.2W (90mA/24VDC) (When excluding the consumption current of Handy GOT)
Inrush current 25A or less (at max. load) 2ms
Permissible instantaneous power failure time Within 5ms
Item Contact rating Specifications
Operation switch
SW1 to SW6
10mA/24VDC
(resistance load only) Each contact coordinates the operation switch status of Pressed (close)/Not pressed (open).
When the external cable is not connected, contacts are always open regardless of the switch status.
Emergency stop
switch
ES1A to ES3A
1A/24VDC
(resistance load)
0.3A/24VDC
(induction load)
Each contact coordinates the emergency stop switch status of Pushed (open)/Return (close).
When the external cable is not connected, contacts are always open regardless of the emergency
stop switch status.
Causing a short circuit of the ES

B terminal which is close to the ES

A terminal by a short pin
(prepared by user) enables to set each contact in the close status even if the external cable is not
connected.
*1
9.4.5 Emergency stop switch wiring
When using the short-circuited ES  B terminal which is close to the ES  A terminal
• Contacts are normally operated in the close status. When pushing the emergency stop switch,
the contacts become open.
• In the following situations, contacts are closed regardless of the status of the emergency stop
switch and the external cable.
- When GT16H-CNB-42S is turned OFF
- When GT16H-CNB-42S is not supplied with the power supply (DC24V).
Grip switch
DSW1, DSW2
1A/24VDC
(resistance load)
0.3A/24VDC
(induction load)
Each contact coordinates the grip switch status of Pressed (close)/Not pressed (open).
When the external cable is not connected, contacts are always open regardless of the grip switch
status.
Keylock switch
(2-position switch)
KSWC, KSW1, KSW2
1A/24VDC
(resistance load)
0.3A/24VDC
(induction load) Each contact coordinates the position of the keylock switch.
• When the key is on the left: KSW1 and KSWC are short-circuited.
• When the key is on the right: KSW2 and KSWC are short-circuited.
When the external cable is not connected, contacts are always open regardless of the keylock switch.