125 Degrees Centigrade Operating Stably Mechanical Style
Timer For Oven or Gas Cooker
Description:
The operating principle and product structure are all similar to mechanical clock.
We also use many precious components same as clock, such as micro-gears,
clockwork spring and hairspring and so on to make sure that our products could
control time accurately in their working process. We use many exclusive raw
material and lubricating oil in our products, and we also use unique material
treatment methods to guarantee that our product could operate well under the
125 degrees centigrade work environment. There are many standard design
elements in the product’s appearance, such as assembly screw holes’ position and
rotation shaft. So you could easily install our timer products in any oven machines
and match any style knobs.
Specifications:
ITEM | INFORMATION |
NOMINAL VOLTAGE | AC 250V |
NOMINAL CURRENTS | 12A |
WORKING TEMP. | T125 |
TERMINAL SIZE | FASTON 0.8X6.3 |
RANGE OF TIME CONTROL | 15’ TO 120’ |
ERROR RANGE OF TIME CONTROL | 1~2’ |
GEARS MATERIAL | CARBON STEEL + HEAT TREATMENT |
CLOCKWORK / HAIRSPRING MATERIAL | SPRING STEEL + HEAT TREATMENT |
SHELL MATERIAL | GALVANIZED STEEL |
Advantages:
1 Complete product series
1) Pure mechanical clock style ( 30’ , 60’, 120’)
2) Mechanical clock with electrical control style (15’, 30’, 60’, 90’ 120’)
3) Mechanical clock with electrical control style, appearance is archaized clock face.(120’)
2 Precisely and accurately control time
1) We choose the best raw material to manufacture all of the parts for timers. The good raw
material is the base for a excellent product with good quality.
2) The friction would lead to resistance and heat, and these two matters would affect the
timer’s control accuracy. In order to reduce the friction, we choose the best lubrication oil as
the lubricant in the timers.
3) In our production process, we have used many advanced machines, tools and technologies
to manufacture parts of timer. For example, we use the precise progressive dies to produce
the small metallic parts. These small metallic parts are accurate and precise. So in the normal
operation of timer, these parts could match up well and operate accurately.
3 Working stably under high temperature
The raw materials of the parts of timer all have good high temperature resistance properties.
So the timer could work stably under the high temperature, at least 125 degrees centigrade.
COMPONENTS | RAW MATERIAL | TEMP. RESISTANCE |
gears | Carbon steel | >1500 ℃ |
clockwork spring | Spring steel | >1500 ℃ |
hairspring | Spring steel | >1500 ℃ |
Shell | Galvanized steel | >1500 ℃ |
Terminal Pin | Galvanized steel | >1500 ℃ |
Oil or grease | Special treatment |
>125 ℃ |
4 Easy to install, clean, and maintenance
All of timer products are all manufactured according to the standard appearance and install
dimension. So you could easily install or remove the timers from the oven machine. The timer
appearance is a sealed box, it could keep things like dust out. And the surface of the product
is very smooth, it is convenient for clean and maintenance.
Applications:
1. Freestanding Oven
2. Built-in Oven
3. Mini Oven
4. Microwave Oven
5. Gas Cooker
6. Other Home Appliances
Product List:
Code | Mode | Electrical Datas | Time Range | Shaft | Shaft material | Note |
TCM01-030-01-A1 | M+R | — | 0~30' | Open/15.5 | Galvanzied Steel | T125 |
TCM01-060-01-A1 | M+R | — | 0~60' | Open/15.5 | Galvanzied Steel | T125 |
TCM01-060-01-A2 | M+R | — | 0~60' | Open/15.5 | Copper | T125 |
TCM01-060-02-A1 | M+R | — | 0~60' | Open/20.0 | Galvanzied Steel | T125 |
TCM01-060-02-A2 | M+R | — | 0~60' | Open/20.0 | Copper | T125 |
TCM01-120-01-A1 | M+R | — | 0~120' | Open/15.5 | Galvanzied Steel | T125 |
TCM02-030-01-A1 | M+R | — | 0~30' | Half/11.0 | Galvanzied Steel | T125 |
TCM02-060-01-A1 | M+R | — | 0~60' | Half/11.0 | Galvanzied Steel | T125 |
TCM02-120-01-A1 | M+R | — | 0~30' | Half/11.0 | Galvanzied Steel | T125 |
TCM02-030-01-A1 | M+R | — | 0~120' | Half/15.0 | Galvanzied Steel | T125 |
TCM02-060-01-A1 | M+R | — | 0~60' | Half/15.0 | Galvanzied Steel | T125 |
TCM02-120-01-A1 | M+R | — | 0~120' | Half/15.0 | Galvanzied Steel | T125 |
TCE01-060-01-A1 | M+R+E | AC 250V/16A | 0~60' |
Half/ 12.0/15.4 |
Galvanzied Steel | T125/Permanent Angle |
TCE01-090-01-A1 | M+R+E | AC 250V/16A | 0~90' |
Half/ 12.0/15.4 |
Galvanzied Steel | T125/Permanent Angle |
TCE01-120-01-A1 | M+R+E | AC 250V/16A | 0~120' |
Half/ 12.0/15.4 |
Galvanzied Steel | T125/Permanent Angle |
TCE01-180-01-A1 | M+R+E | AC 250V/16A | 0~180' |
Half/ 12.0/15.4 |
Galvanzied Steel | T125/Permanent Angle |
TCE01-060-02-A1 | M+R+E | AC 250V/16A | 0~60' |
Half/ 18.0/24.5 |
Galvanzied Steel | T125/Permanent Angle |
TCE01-090-02-A1 | M+R+E | AC 250V/16A | 0~90' |
Half/ 18.0/24.5 |
Galvanzied Steel | T125/Permanent Angle |
TCE01-120-02-A1 | M+R+E | AC 250V/16A | 0~120' |
Half/ 18.0/24.5 |
Galvanzied Steel | T125/Permanent Angle |
TCE01-180-02-A1 | M+R+E | AC 250V/16A | 0~180' |
Half/ 18.0/24.5 |
Galvanzied Steel | T125/Permanent Angle |
TCE11-180-01-A1 | M+R+E | AC 230V/50Hz/1W | 0~180' | — | Plastic | T125/Roma Clock Face |
TCE11-180-02-A1 | M+R+E | AC 230V/50Hz/1W | 0~180' | — | Plastic | T125/Number Clock Face |