Panasonic QM4H-S, QM4H-G User Manual

DIN 48 SIZE

07/2004

QM4H

DIGITAL TIMER

Timers

Possible to set and change the time with front digit switches easily
during the power off.
Furthermore single unit has a time range of 0.01s to 9990hrs!!

FEATURES

1. Possible to set and change the time and
the time range even when the power is off.

2. Selectable 8 different time ranges with
front digit switches.

3. [QM4H-S Type]
It can select the mode with MODE switch.
T.D. MODE: Time delay 2C (2 Form C)

S Type

(with MODE switch)

INST. MODE: Time delay 1C (1 Form C)

Instantaneous 1C (1 Form C)
[QM4H-G Type]
Reset and stop signal input enable to
external control.

G Type

PRODUCT TYPES

Product name

S Type QM4H

digital timer

G Type QM4H

digital timer

Note: Time delay directional subtraction types are also available by order

Time delay

direction

Addition

Time range Operating mode Contact arrangement Operating voltage Part number

Power ON delay

0.01s/0.1s/1s/0.1min/
1min/0.1h/1h/10h

(8 time ranges)

Power ON delay

(with reset and
stop terminals)

PART NAMES

QM4H-S

-+-

888S

+--+

+

Elapsed time display

Time delay indicator

(OP.LED)

Time range switch

MODE switch

(QM4H-S type only)

Set time display

Time setting switch

(3 digits)

TIMER

MODE

T.D.

INST.

T.D. mode: Time delay 2C
INST. mode: Time delay 1C
and Instantaneous 1C
(Use MODE switch on front)

Time delay 1C

Protective construction:

QM4H: IP40
with cover AQM4801: IP50
with cover AQM4803: IP64

12 to 48 V AC/DC QM4HS-U2C-48V

100 to 240 V AC/DC QM4HS-U2C-240V

12 to 48 V AC/DC QM4HG-U1C-48V

100 to 240 V AC/DC QM4HG-U1C-240V

44

TIME RANGE SETTINGS

07/2004

QM4H

Time range
switch

Operating
time range

.01

S

Note that there are two settings with the same range.

0.1
S

.01

S

0.01s
to

9.99s

0.1
S

0.1s
to

99.9s

.01S0.1

SMH

1s

to

999s

S

0.1
M

to

0.1

1min.

to

999min

M

0.1min.

99.9min

SMH

0.1
H

0.1
H

0.1h
to

99.9h

1h
to

999h

10

H

10

H

10h

to

9990h

SPECIFICATIONS

Item

Type

Rated operating voltage 12 to 48 V AC/DC and 100 to 240 V AC/DC

During time
delay

After time
delay

During time
delay

After time

Rating

12 to 48 V

AC/DC

Rated power
consumption

100 to 240 V

AC/DC

delay

Rated frequency 50/60 Hz common (at AC)

Rated control capacity 5 A, 250V AC (resistive load)

Time range 0.01s to 9990h, Selection of 8 range: 0.01s/0.1s/1s/0.1min/1min/0.1h/1h/10h

Operation mode Power ON delay Power ON delay (with reset and stop terminals)

Min. input signal width — 20ms (Reset and Stop inputs)*

Operating time fluctuation ±(0.01%+0.05s) in case of power on start

Time
accuracy*

Temperature error

1

Setting error

Voltage error

T.D. mode: Time delay 2C

Contact

Contact arrangement

INST. mode: Time delay 1C and
Instantaneous 1C (Use MODE switch on front)

Contact material Silver alloy

Life*

3

Mechanical (contact) Min. 10

Electrical (contact) Min. 105 (at rated control vltage)

Allowable operating voltage range 85 to 110% of rated operating voltage

Breakdown voltage
(Initial value)

Electrical

Insulation resistance
(Initial value)

Reset time Max. 0.1s

Functional 10 to 55 Hz: 1 cycle/min. single amplitude of 0.25 mm .010 inch (10 min on 3 axes)

Destructive 10 to 55 Hz: 1 cycle/min. single amplitude of 0.375 mm .015 inch (1h on 3 axes)

Functional 98 m/s2 (4 times on 3 axes)

Destructive 980 m/s2 (5 times on 3 axes)

Mechanical

Operating
conditions

Vibration
resistance

Shock
resistance

Ambient temperature –10°C to 55°C +14°F to +131°F

Ambient humidity Max. 85% RH (non-condensing)

Air pressure 860 to 1060 hPa

Mass (Weight) Approx. 130 g 4.59 oz Approx. 120 g 4.23 oz

Others

Available standards UL, C-UL, CE

Operating display LED (red), During time delay: blinking, After time delay: OFF

Notes: 1. Unspecified measuring conditions are rated operating voltage (in case of DC type, ripple rate of 5% or less), ambient temp. 20°C 68°F,

and stop time 1 second.

2. Reset start applies to QM4H-G type.

3. Excluding switches

4. Note that if the QM4H-G type is set to zero “0” and a STOP signal is input, output will begin when the power is turned on.

QM4H-S QM4H-G

12 V DC, 48 V DC: Max. 1.5W
12 V AC, 48 V AC: Max. 3.0 VA

12 V DC, 48 V DC: Max. 2.5W
12 V AC, 48 V AC: Max. 5.0 VA

100 V DC, 240 V DC: Max. 1.5W
100 V AC, 240 V AC: Max. 3.0 VA

100 V DC, 240 V DC: Max. 2.0W
100 V AC, 240 V AC: Max. 4.0 VA

±(0.005%+0.03s) in case of input reset start*

During time
delay

After time
delay

During time
delay

After time
delay

12 V DC, 48 V DC: Max. 1.0W
12 V AC, 48 V AC: Max. 2.0 VA

12 V DC, 48 V DC: Max. 1.5W
12 V AC, 48 V AC: Max. 3.5 VA

100 V DC, 240 V DC: Max. 1.0W
100 V AC, 240 V AC: Max. 2.5 VA

100 V DC, 240 V DC: Max. 1.8W
100 V AC, 240 V AC: Max. 3.2 VA

2

Operating voltage: 85 to 110% V
Temperature: –10 to +55°C +14 to 131°F (20°C 68°F)
Stopped time: 0.1 sec to 1 hour

Time delay 1C

7

Between live and dead metal parts, between input and output,

between contact sets, between contacts

Min. 100 MΩ (at 500 V DC megger)

Between live and dead metal parts: 2, 000 Vrms for 1 min
Between input and output: 2, 000 Vrms for 1 min
Between contact sets: 2, 000 Vrms for 1 min
Between contacts: 1, 000 Vrms for 1 min

4

45

QM4H

3

2

18

7

6

54

MODE

NC

NO

COM

NC

NO

Operating

voltage

COM

T.D. INST.

Notes:

1. Operating voltage signs in parentheses ( ) indicate the polarity
of the DC type.

2. is a time delay contact.

is an instantaneous contact.

Operating

voltage

45

6

7

81

2

3

NO

NC

COM

RESET

STOP

COM

07/2004

DIMENSIONS

• S Type • G Type

MODE

INST.

888S

+--+-+-+

QM4H-S

TIMER

8

+

TIMER

T.D.

48

1.890

-8-

+

QM4H-G

-

8

+

(units: mm inch)

Tolerance: ±1.0 .039

Terminal layouts and Wiring diagrams

6

.236

-

S

+

72.5

2.854

12.9

.508

44.5

1.752

• QM4H-S Type

Panel cut-out dimensions

+0.6

45

0

+.024

1.772

0

+0.6

45

0

+.024

1.772

0

+0.6

45

0

+.024

1.772

0

A

Dimensions A when n products
are installed continuously:
A = (48∗n–2.5 )

+0.6

A = (1.890∗n–.098 )

0

OPERATION MODE

• QM4H-S Type

1) T.D. mode

Power supply

Time delay contact
(N.O. contact)
1-3 or 6-8

OP.LED

2) INST. mode

Power supply

Time delay contact
(N.O. contact) 6-8

Instantaneous contact
(N.O. contact) 1-3

OP.LED

ON

T

ON

T

ON

9.5

.374

Panel Mounting Diagram

+.024

0

ON

ON

(85.4)

(3.362)

Mounting frame (AQM4812: supplied)
(AT8-DA4 can also be used for

mounting frame. Sold separately)

Mounting screw
(supplied with mounting frame)

Panel (Thickness: 1 to 5 mm .039 to .197 inch)

• QM4H-G Type

OFF

OFF

OFF

OFF

OFF

Power supply

Reset 1-3

Stop 1-4

Time delay contact
(N.O. contact) 6-8

OP.LED

Lit Blinking Blinking slowly

* Set the reset inputs 1 to 3 and stop inputs 1 to 4 to 20 ms or higher.
* When shorting a signal, please set the inter-terminal resistance to 1 kΩ or less,

and the inter-terminal residual voltage to 2 V or less.
When releasing, please set the inter-terminal resistance to 100 kΩ or greater.

MODE

ON

ON

ta t1 t2T

ON

ON

ON ON

T: Setting time t1+t2 = T ta<T

TD mode: Time delay 2C
INST mode:
Time delay 1C and
Instantaneous 1C
*Use MODE switch on front

• QM4H-G Type

PRECAUTIONS IN USING THE QM4H

1. Avoid locations subject to flammable
or corrosive gases, excessive dust, oil,
vibrations, or excessive shocks.

2. Since the main-unit is made of
polycarbonate resin, avoid contact with or
use in environments containing methyl
alcohol, benzene, thinners, and other
organic solvents; and ammonia, caustic
sodas, and other alkaline substances.

3. Power supply superimposed surge
protector

Although a surge protector will withstand
standard-waveform voltage with the
values in the next table, anything above
this will destroy the internal circuit. You

46

should therefore use a surge absorber.

12 to 48 V AC/DC 100 to 240 V AC/DC

1,000 V 6,000 V

• Surge waveform
[±(1.2×50) µs uni-polar full wave voltage]

4. In order to maintain the characteristics,
do not remove the timer case.

5. When installing the panel, use the
supplied AQM4812 main-unit
mounting frame. Note that the AT8-DA4
is also available for sale separately.

6. If you change the operating voltage,
be sure not to allow leak current into
the timer.

7. Avoid leaving the unit powered
continuously. Leaving the unit
powered up with output set to ON
continuously for a long period of time
(about 1 month or more) will wear out
the electronic components. If you will
be keeping it powered continuously,
combine with a relay to create the
circuit shown below:

R

T

R

RT