Uncle Jack Fried Chicken is a Malaysian restaurant chain that uses our Collectramatic pressure fryers to cook fried chicken. Ordinarily they placed the finished chicken in a display warmer for serving. To maximize holding time, they limited the warmer to 35°C (95°F), putting a limit on the amount of time they could hold cooked chicken before it was no longer fit to sell. We suggested they test our CVap holding cabinet, in the hopes of extending their holding time and improving food quality. The test results were exciting!
Holding Cabinet Preparation: The CVap Holding Cabinet was set at food temperature 54°C (129°F) and food texture at + 28°C (82°F). The evaporator was filled with hot water, and the cabinet was allowed to preheat for 45 minutes, to reach full temperature.
12:05pm: Chicken was cooked and removed from the fryer, and put into holding cabinet (15 pieces). Initial taste of chicken: crispy outside, moist inside and meat is very hot to touch and taste.
12:10pm: Cooked rice (wrapped in oil paper) is put into the same holding cabinets with fried chicken. Initial taste of rice: moist, sticky, and fragrant.
13:05pm: (holding 60 minutes)
Chicken was still crispy outside (though very slightly less crisp than when first removed from fryer), moist inside, still hot, and color had not changed. The chicken breading remained crisp.
13:35pm (holding for 90 minutes）
Chicken was still crispy and moist. Color was good. Food retained flavor, with minimal loss of freshness.
13:55pm (holding for 2 hours)
The skin remained crispy, though not as crisp as when it was initially fried. Flavor and moisture were still good. Color had not darkened.
14:00pm (rice held for 2 hours)
Rice was hot and tasted fresh; not dried out at all.
15:35pm (3.5 hour holding time)
Chicken tasted good, skin remained crispy, meat was moist. Although the chicken was not “just cooked” fresh after 3.5 hours, it was still at safe temperature, and appetizing enough to serve.
15:40pm (after holding for 3.5 hours)
Rice was hot, and texture was good.
These photos, taken at different times over the course of testing, give you an idea of the appearance of the food.
Electricity Consumption: 800 watts
Holding Capacity per Cabinet: 13 full size sheet pans, each rack equals one basket (4 heads) chicken, or 338 pieces
CVap Holding Cabinet Test Conclusions
Goals for Future Testing
- Extending the holding time for the chicken without compromising the texture, taste, and food safety.
- Testing other products, (wrapped rice was incorporated).
- Improving staff work flow.
- Staff can pre-prepare chicken during lean hours in preparation for peak hours, thus shortening the waiting time while producing the best tasting fried chicken.
- During lean hours, customers can still savor the taste of freshly fried chicken from the holding cabinet.
- Minimize food shrinkage.
- Minimlize food waste.
- Extension of holding times for other foods is possible, since CVap cabinets are versatile enough to hold both crispy and moist foods.
One Final Note – CVap Technology is great, but it’s not magic.
The very nature of fried foods (crisp outside with moist interior) promotes evaporation. CVap technology is the best available to maximize holding time, but even CVap, using the necessary high differential setting (the difference of food texture setting over the food temperature setting) will eventually lose the battle to maintain food temp and freshness. It’ll hold fresh longer than the competitors, but if the food is crunchy (fried chicken, French fries, etc), it can only be held for so long.
On the other hand, moist foods, such as rice or noodles, are perfect for CVap, and can be held for many hours with no loss of temperature or quality.
The consensus of the Uncle Jack test was that it was possible to lengthen the holding time for chicken. More testing would be needed to perfect the texture, taste and crispiness, to come up with the Uncle Jack Standard Operating Procedure.
There are so many sensory delights to appreciate in a properly roasted turkey. The skin should have a consistent golden brown hue and a crisp texture that is audible when met with a knife (or a pair of fingers trying to filch a tidbit before it goes to the table). The breast meat should be tender and juicy while the dark meat should be succulent and toothsome. The aroma should be rich and intoxicating, filling the kitchen with a scent that is tangible and evokes memories of Thanksgiving or holiday feasts.
Brining is an option many cooks exercise though we don’t do it every time we roast a turkey. When we do, a couple of our favorite concoctions include salt + sugar + paprika + granulated garlic + granulated onion + peppercorns + water or salt + sugar + aromatics (onion, carrot, celery) + thyme + rosemary + Italian parsley + bay leaves + water. The benefit of brining a turkey is to impart additional flavor to the bird and to add moisture. Of course, if the turkey is cooked correctly, brining is unnecessary! In the tests we did for this post, the birds were not brined. Nor were they stuffed. While stuffing a turkey may be a tried and true part of cooking a Thanksgiving feast for many, we discourage the practice. In order to get the stuffing inside the bird to a safe endpoint temperature, you risk sacrificing the moistness of the white meat by overcooking it.
In one test, we roasted a 10 lb. turkey in a CVap Cook and Hold Oven (CAC) with the Food Temperature set at 190°F, Browning Level at 8, and we cooked it for three hours with Constant Cook ON.
In another test we cooked a bird in a CAC at 180°F with a Browning level of 6 for five hours with Constant Cook ON. As you can see, this test yielded skin that was not as brown or quite as crisp as the other test.
An alternative suggestion might be to cook a turkey at 175 + 0 to end point doneness and then either flash fry or flash roast it to brown and crisp up the skin. Using this method will yield extremely tender and juicy meat.
No matter which of these methods you use, the moral to this story is that a perfectly cooked turkey is something to be very thankful for!
Mark your calendar! Your opportunity to apply for the 2018 Winston Equipment Award is December 1, 2017!
The award provides ten pieces of Winston Foodservice equipment to a school district in need of improving its school meal kitchen facilities through a competitive grant process.
The winning school district can choose any ten pieces from Winston’s product line of CVap Holding Cabinets, CVap Hold & Serve Drawers, and CVap Retherm Ovens.
Winston works closely with the grant winner to determine needs and assist in the final selection of equipment. Winston also arranges delivery of the equipment to the district. Depending on which models are ordered, it could mean over $50,000 in new equipment for your district!
To apply, you must:
- Be an active SNA director-level member, who has been a member of SNA for at least one year.
- Be the person responsible for directing the school nutrition program for the school district.
How can I apply?
The School Nutrition Foundation (SNF) will open the 2018 Winston Equipment Award application process on December 1st, 2017. The deadline for the application is January 15th, or once the first 75 applications have been received (whichever comes first). The application spots usually fill up quickly, so don’t delay in applying!
Want to hit the ground running? Prepare your application ahead of time by downloading the Application Preparation Worksheet. Responses may be copied and pasted from the worksheet into the online application. Visit https://www.schoolnutrition.org/equipmentgrants to learn more.
Best of luck to all of you!
The CVap Holding Cabinet HA4522 combines large capacity with superior food temperature and texture control. Our most popular model, the 22 cu. ft (.66 cu. M) holding capacity is well suited for schools, hospitals, and any other high volume operation. Fourteen adjustable universal wire rack supports hold 14 sheet pans or 28 steam table pans. The A-Series electronic differential control precisely controls both food temperature and food texture. A built in fan provides precise and consistent temperature management. Sits on 3″ (76mm) casters for ease of mobility. A vital tool in any high-volume kitchen.
The CVap Holding Cabinet HA4022 gives you substantial capacity at a lower price than our flagship cabinets. Like other CVap holding cabinets, the HA4022 offers superior food temperature and texture control. At 22 cu. ft (.66 cu. M) holding capacity, it is well suited for schools, hospitals, and any other high volume operation. Fourteen adjustable universal wire rack supports hold 14 sheet pans or 28 steam table pans. The A-Series electronic differential control precisely controls both food temperature and food texture. Sits on 3″ (76mm) casters for ease of mobility.
The CVap Holding Cabinet HA4519 gives you 19 cu. ft (.57 cu. M) of holding space and superior food temperature and texture control. The HA4519 is ideal for schools, hospitals, and any other high volume operation. Fourteen adjustable universal wire rack supports hold 14 sheet pans. The A-Series electronic differential control precisely controls both food temperature and food texture. A built in fan provides precise and consistent temperature management. Sits on 3″ (76mm) casters for ease of mobility.
The CVap Holding Cabinet HL4522-AL gives you superior food temperature and texture control at a lower price. Featuring a tough aluminum exterior, the HL4522-AL is our most affordable full-size holding cabinet with a fan, and can operate on a 15-amp circuit (US). Fourteen adjustable universal wire rack supports hold a capacity of 14 sheet pans or 28 steam table pans. This model has an A-Series electronic differential control, a prime feature of CVap technology as it precisely controls both food temperature and food texture. Sits on 3″ (76mm) casters for ease of mobility.